### S5-0001
Prediction: A reconstituted enzyme cascade should recover faster after oxygen starvation when its intermediate is reversibly stored in a separate liquid phase.

Test: Measure intermediate partitioning and restart kinetics.

Contrary outcome: Restart matches a homogeneous control with equal intermediate inventory.

### S5-0002
Prediction: A single synthetic vesicle should retain an internal salt gradient after division when a preexisting gel partitions asymmetrically.

Test: Measure daughter ion profiles and gel mass.

Contrary outcome: Daughter gradients follow volume division alone.

### S5-0003
Prediction: A membrane-coated colloid should creep across an adhesive patch through repeated bond exchange without net external force.

Test: Track motion with reversible-binding and temperature controls.

Contrary outcome: Motion remains within unbiased diffusion.

### S5-0004
Prediction: A cell-free contractile ring should form a rotating gap when crosslink renewal is slower than motor-generated compression.

Test: Image ring density, gap motion and crosslink turnover.

Contrary outcome: Gaps remain stationary or turnover-independent.

### S5-0005
Prediction: An enzyme tether should act as a mechanical fuse by unfolding before its support bond breaks.

Test: Measure force and catalytic activity during loading.

Contrary outcome: Support rupture consistently precedes unfolding.

### S5-0006
Prediction: A porous synthetic organelle should preserve reaction selectivity during dilution by retaining a bound cofactor.

Test: Measure cofactor occupancy and product ratios.

Contrary outcome: Selectivity is unchanged in a cofactor-nonbinding control.

### S5-0007
Prediction: A DNA-based spring should exhibit unequal thermal expansion along compressed and extended branches of its force curve.

Test: Measure length versus temperature at fixed forces.

Contrary outcome: Thermal response is branch-independent.

### S5-0008
Prediction: A membrane invagination should capture a solute pulse preferentially when its closing time matches the pulse duration.

Test: Measure trapped cargo versus closure timing.

Contrary outcome: Capture follows final enclosed volume alone.

### S5-0009
Prediction: A molecularly crowded compartment should develop an internal temperature gradient under uniform external heating because heat-producing enzymes partition unevenly.

Test: Map local temperature and enzyme density.

Contrary outcome: Temperature remains uniform within calibrated resolution.

### S5-0010
Prediction: A cell-free filament rotor should lock to an external oscillation through temporary contact with a soft boundary.

Test: Measure phase and contact timing.

Contrary outcome: Locking persists when boundary contact is prevented equally.

### S5-0011
Prediction: A protein condensate should age unevenly when its surface adsorbs a monomer that arrests internal exchange.

Test: Measure exchange profiles and adsorbate density.

Contrary outcome: Aging remains spatially uniform.

### S5-0012
Prediction: A supported bilayer should relieve excess area by opening a traveling fold that follows a line of weak adhesion.

Test: Track area, folds and adhesion map.

Contrary outcome: Folds cross weak and strong regions indiscriminately.

### S5-0013
Prediction: An artificial pore should become more selective after partial obstruction because flexible cargo aligns in the remaining aperture.

Test: Measure cargo orientation and translocation.

Contrary outcome: Selectivity follows residual area without alignment.

### S5-0014
Prediction: A molecular assembly should detect oscillatory strain through accumulation of exchange defects even when its final shape recovers.

Test: Measure defect count after controlled strain cycles.

Contrary outcome: Defects match static-load controls of equal duration.

### S5-0015
Prediction: A vesicle containing an internal foam should resist puncture through redistribution of bubble pressure.

Test: Measure bubble pressure and puncture energy.

Contrary outcome: Foam gives no benefit after mass and viscosity matching.

### S5-0016
Prediction: An enzyme gel should generate a moving mechanical pulse when product converts a temporary crosslink into a permanent one.

Test: Image reaction and strain fronts.

Contrary outcome: Strain remains localized to the initial trigger.

### S5-0017
Prediction: A DNA-coated surface should organize a droplet's contact line through sequence-specific bridges without changing bulk surface tension.

Test: Measure contact shape and molecular binding.

Contrary outcome: Shape is fully explained by nonspecific adsorption.

### S5-0018
Prediction: A membrane tube should release internal cargo in packets when moving constrictions divide its lumen.

Test: Image constrictions and efflux.

Contrary outcome: Release remains continuous despite lumen segmentation.

### S5-0019
Prediction: A peptide fiber should grow faster after bending exposes a normally buried lateral nucleation surface.

Test: Measure monomer addition along curved and straight segments.

Contrary outcome: Growth remains confined to ends.

### S5-0020
Prediction: A cell-free metabolic oscillator should exhibit a refractory interval set by reversible membrane sequestration of a catalyst.

Test: Measure catalyst partition and pulse response.

Contrary outcome: Refractoriness persists after sequestration is blocked.

### S5-0021
Prediction: A synthetic droplet network should reroute substrate after one compartment becomes mechanically compressed.

Test: Measure fluxes and contact areas.

Contrary outcome: Rerouting follows concentration changes without geometry dependence.

### S5-0022
Prediction: A filament bundle should generate a torsional pulse when a crosslink cluster detaches under sustained tension.

Test: Record twist, force and cluster loss.

Contrary outcome: Detachment creates no twist above Brownian fluctuations.

### S5-0023
Prediction: A molecular cage should retain a guest longer after being deformed and restored because its opening changes registry.

Test: Measure structure and escape kinetics.

Contrary outcome: Registry and retention reset immediately.

### S5-0024
Prediction: A bilayer patch should exhibit a local permeability minimum at the boundary between oppositely curved regions.

Test: Map curvature and tracer leakage.

Contrary outcome: Permeability follows curvature magnitude alone.

### S5-0025
Prediction: A cell-free reaction front should navigate around a depleted zone through enzyme redistribution at its leading edge.

Test: Track enzyme and product.

Contrary outcome: Front routing occurs without enzyme movement.

### S5-0026
Prediction: An anchored polymer brush should slow protein unfolding by restricting solvent rearrangement rather than binding the protein.

Test: Measure unfolding and local solvent dynamics.

Contrary outcome: Protection disappears when binding is removed despite unchanged solvent dynamics.

### S5-0027
Prediction: A lipid vesicle should rupture at a reproducible phase of an osmotic oscillation because membrane tension lags volume.

Test: Measure tension, volume and rupture phase.

Contrary outcome: Rupture probability depends only on instantaneous volume.

### S5-0028
Prediction: A self-assembled protein tube should repair a missing segment through sliding of overlapping layers.

Test: Label layers and monitor repair.

Contrary outcome: Repair requires only new subunit addition.

### S5-0029
Prediction: A coacervate film should retain an electrical polarization after shear aligns its charged polymer domains.

Test: Measure domains and voltage decay.

Contrary outcome: Polarization disappears with cessation of shear.

### S5-0030
Prediction: A DNA network should form a stress shadow that protects neighboring bonds after one bond ruptures.

Test: Map local forces and rupture correlations.

Contrary outcome: Neighbor rupture is independent of the first event.

### S5-0031
Prediction: A leaf's drying front should bypass a water-rich vein and create an isolated hydrated island.

Test: Map water with registered vein geometry.

Contrary outcome: Hydrated regions remain continuously connected.

### S5-0032
Prediction: A dormant seed should transmit an applied pressure pulse through its internal gas cavity before its liquid tissues respond.

Test: Measure acoustic and mechanical phase.

Contrary outcome: Responses show no separable gas-mediated arrival.

### S5-0033
Prediction: A fungal cord should resist pullout from a pore through reversible flattening at the pore exit.

Test: Image shape and extraction force.

Contrary outcome: Flattening provides no additional resistance.

### S5-0034
Prediction: A fern leaflet should shed water at a fold threshold selected by joint compliance rather than contact angle.

Test: Measure joint stiffness and droplet release.

Contrary outcome: Release depends only on wetting properties.

### S5-0035
Prediction: A moss cushion should ventilate internally during elastic recovery after rain impact.

Test: Measure air flow and cushion strain.

Contrary outcome: Air motion is explained solely by external impact flow.

### S5-0036
Prediction: A dead root should retain torsional stiffness after longitudinal cracking because intact circumferential wall bands bridge the crack.

Test: Image bands and torque.

Contrary outcome: Stiffness collapses despite intact bands.

### S5-0037
Prediction: A seed coat should redistribute absorbed water tangentially before radial entry through its inner layer.

Test: Map time-resolved water profiles.

Contrary outcome: Water moves predominantly radially from onset.

### S5-0038
Prediction: A fungal mat should store a local compression event as residual orientation of its wall fragments after drying.

Test: Map orientation before and after loading.

Contrary outcome: Orientation lacks a localized event trace.

### S5-0039
Prediction: A pine scale should twist during drying when its vascular bundle lies off the mechanical neutral axis.

Test: Measure bundle placement and three-dimensional curvature.

Contrary outcome: Twist is independent of bundle eccentricity.

### S5-0040
Prediction: A plant fiber should resist abrasive wear better when its lumen collapses into a load-spreading ribbon.

Test: Measure cross-section and wear rate.

Contrary outcome: Wear follows surface chemistry alone.

### S5-0041
Prediction: A leaf surface should change droplet bouncing threshold after reversible microscopic wax reorientation.

Test: Measure wax angles and rebound.

Contrary outcome: Threshold changes lack wax reorientation.

### S5-0042
Prediction: A fungal spore cluster should detach through a propagating peel front rather than simultaneous stalk failure.

Test: Image release and force.

Contrary outcome: All stalks fail within unresolved simultaneous onset.

### S5-0043
Prediction: A wood cell wall should retain a nanoscale humidity gradient after bulk mass equilibrates.

Test: Measure spatial water and mass.

Contrary outcome: Spatial water becomes uniform before mass equilibrium.

### S5-0044
Prediction: A dried petal should recover curvature after wetting through local opening of collapsed air channels.

Test: Image channels and shape.

Contrary outcome: Recovery occurs without channel reopening.

### S5-0045
Prediction: A root hair mat should trap sediment most efficiently when flexible tips bend downstream and shield captured grains.

Test: Measure bending and grain retention.

Contrary outcome: Rigid tips with matched area retain equally.

### S5-0046
Prediction: A fungal fruiting body should exhibit a delayed tilt after localized wetting because internal fluid shifts before tissue expansion.

Test: Measure fluid, strain and tilt.

Contrary outcome: Tilt follows local expansion instantaneously.

### S5-0047
Prediction: A seed appendage should unfold under repeated dew events even when each event is too short for complete hydration.

Test: Track water and unfolding over pulses.

Contrary outcome: Response depends only on cumulative wet time.

### S5-0048
Prediction: A leaf vein should damp impact through reversible flattening that temporarily increases its fluid resistance.

Test: Measure vein shape, flow and energy loss.

Contrary outcome: Damping is unchanged when flattening is constrained.

### S5-0049
Prediction: A bark pore should act as a humidity valve through motion of its overlapping edges.

Test: Measure aperture and vapor flux.

Contrary outcome: Flux follows humidity without aperture dependence.

### S5-0050
Prediction: A cellulose ribbon should retain a localized crease after a wetting pulse because fiber rotation becomes frictionally locked.

Test: Image fiber angles after drying.

Contrary outcome: Crease disappears when water is removed.

### S5-0051
Prediction: A moss leaf should direct water inward through a moving line of collapsing surface papillae.

Test: Image papillae and water.

Contrary outcome: Transport occurs without papilla motion.

### S5-0052
Prediction: A fungal wall tube should become less permeable under axial tension through circumferential fiber alignment.

Test: Measure orientation and tracer flux.

Contrary outcome: Tension increases or leaves flux unchanged.

### S5-0053
Prediction: A root-associated mineral sheath should fracture into protective sliding plates during growth.

Test: Image growth and sheath cracks.

Contrary outcome: Sheath breaks into disconnected fragments without sliding protection.

### S5-0054
Prediction: A seed mucilage layer should protect against abrasion through reversible redistribution toward high-pressure contacts.

Test: Map mucilage and wear.

Contrary outcome: Protection occurs without contact enrichment.

### S5-0055
Prediction: A fern spore-bearing surface should direct airflow through a mechanically opened gap during drying.

Test: Measure gap motion and local velocity.

Contrary outcome: Airflow is unchanged with the gap fixed closed.

### S5-0056
Prediction: A hollow plant stem should retain a localized bending memory as a rotated oval cross-section.

Test: Measure shape and reloading.

Contrary outcome: Cross-section and stiffness recover uniquely.

### S5-0057
Prediction: A leaf cuticle should guide surface water around a wound through stress-induced wrinkling.

Test: Image stress, wrinkles and water.

Contrary outcome: Routing follows chemical wetting differences alone.

### S5-0058
Prediction: A fungal strand should reduce transverse drag by rolling into alignment with a weak flow.

Test: Measure rotation and force.

Contrary outcome: Drag reduction persists with rotation constrained equally.

### S5-0059
Prediction: A woody fiber knot should concentrate condensation at its compression side through nanoscale gap closure.

Test: Map gaps and dew.

Contrary outcome: Condensation follows temperature alone.

### S5-0060
Prediction: A seed coat should emit a low-frequency vibration when its first internal liquid bridge connects opposite walls.

Test: Record vibration and water topology.

Contrary outcome: Vibration lacks bridge-formation timing.

### S5-0061
Prediction: A mineral aggregate should retain a directional stress memory through unequal dissolution at compressed contacts.

Test: Measure contact topology and reloading.

Contrary outcome: Memory survives without contact-selective dissolution equally.

### S5-0062
Prediction: An iron-rich gel should produce a visible density wave when oxidation changes its bound-water fraction.

Test: Map oxidation and density.

Contrary outcome: Density changes remain local to the reaction source.

### S5-0063
Prediction: A carbonate crust should become more permeable after slight hydration because swelling opens intergranular seams.

Test: Measure seams and flow.

Contrary outcome: Hydration only closes transport pathways.

### S5-0064
Prediction: A silicate surface should accumulate organic molecules at strain gradients created by buried inclusions.

Test: Map strain and adsorption.

Contrary outcome: Adsorption follows composition alone.

### S5-0065
Prediction: A salt crystal should rotate inside a liquid pocket when anisotropic dissolution shifts the pocket's capillary force balance.

Test: Measure orientation and interface shape.

Contrary outcome: Rotation follows bulk flow alone.

### S5-0066
Prediction: A clay membrane should retain a buried dry band after both faces are rewetted because swollen outer layers isolate it.

Test: Map depth-resolved water.

Contrary outcome: Water penetrates monotonically without persistent dry bands.

### S5-0067
Prediction: A mineral-coated fiber should conduct water faster after bending opens coating joints.

Test: Measure joint aperture and flux.

Contrary outcome: Flux is bending-independent.

### S5-0068
Prediction: A porous carbonate should generate a solute overshoot after pressure release through expulsion from elastically compressed pores.

Test: Measure strain and concentration.

Contrary outcome: Overshoot occurs equally in rigid controls.

### S5-0069
Prediction: A sand contact should crystallize salt asymmetrically because its evaporation pathway selects one side of the bridge.

Test: Map vapor and crystal growth.

Contrary outcome: Growth is symmetric after chemistry matching.

### S5-0070
Prediction: A redox-active sediment analogue should release trapped gas when reduction softens its cementing contacts.

Test: Measure modulus, redox and gas.

Contrary outcome: Gas release requires no contact softening.

### S5-0071
Prediction: A silica film should develop reversible conductivity anisotropy when humidity opens aligned interparticle gaps.

Test: Map gaps and ionic current.

Contrary outcome: Conductivity remains isotropic.

### S5-0072
Prediction: A mineral replacement reaction should preserve a hidden pore network even after external shape becomes smooth.

Test: Compare tomography and surface topography.

Contrary outcome: Internal connectivity disappears with smoothing.

### S5-0073
Prediction: A gypsum layer should buffer a short thermal pulse through reversible water exchange before bulk dehydration.

Test: Measure heat and local bound water.

Contrary outcome: Heat buffering requires bulk phase conversion.

### S5-0074
Prediction: A clay floc should unfold rather than fragment under an electric pulse when charge migration weakens only edge contacts.

Test: Image edge contacts and topology.

Contrary outcome: Flocs fragment randomly.

### S5-0075
Prediction: A mineral surface should retain an advancing adsorption front after the external concentration gradient is removed.

Test: Map coverage and exchange.

Contrary outcome: Coverage relaxes without continued propagation.

### S5-0076
Prediction: A porous grain should act as a capillary oscillator when precipitation periodically seals and dissolution reopens its outlet.

Test: Record outlet geometry and flow.

Contrary outcome: Flux changes lack alternating phase conversion.

### S5-0077
Prediction: An evaporite crust should focus acoustic energy into regions where humidity has weakened grain contacts.

Test: Map waves and contact stiffness.

Contrary outcome: Focusing follows geometry alone.

### S5-0078
Prediction: A carbonate membrane should separate gas bubbles by size through elastic pore dilation.

Test: Measure pore motion and bubble passage.

Contrary outcome: Passage follows rigid-pore entry pressure alone.

### S5-0079
Prediction: A mineral suspension should develop a persistent clear layer after oscillatory shear drives fines into reversible clusters.

Test: Track cluster and concentration profiles.

Contrary outcome: Clearing requires sedimentation of irreversible aggregates.

### S5-0080
Prediction: A sediment fracture should widen after flushing with clean water because osmotic swelling acts behind an impermeable skin.

Test: Measure pressure and aperture.

Contrary outcome: Widening occurs without osmotic pressure.

### S5-0081
Prediction: A salt hydrate should store the direction of a previous temperature ramp in its internal microcrack pattern.

Test: Compare reversed ramp histories.

Contrary outcome: Patterns cannot identify ramp direction.

### S5-0082
Prediction: A mineral-coated droplet should become mechanically stronger after small pressure cycles redistribute shell contacts.

Test: Measure shell topology and rupture.

Contrary outcome: Strength changes require additional deposited mineral.

### S5-0083
Prediction: A clay bridge should collapse suddenly when adsorbed ions cross a cooperative binding threshold.

Test: Measure binding and bridge shape.

Contrary outcome: Collapse follows continuous ionic-strength effects.

### S5-0084
Prediction: A porous stone should transport a dye pulse faster after partial drying disconnects strongly adsorbing side pores.

Test: Map connectivity and breakthrough.

Contrary outcome: Drying only delays transport.

### S5-0085
Prediction: A reactive mineral bed should retain a moving permeability maximum behind its dissolution front.

Test: Map porosity and flow.

Contrary outcome: Permeability peaks only at the front.

### S5-0086
Prediction: A sand column should release a stored gas pulse when a cooling wave crosses its capillary bottleneck.

Test: Measure temperature and gas flux.

Contrary outcome: Release follows thermal expansion without bottleneck dependence.

### S5-0087
Prediction: A mineral gel should show a transient negative thermal expansion during dehydration through collapse of water-supported cages.

Test: Measure volume and bound water.

Contrary outcome: Volume increases monotonically with heating.

### S5-0088
Prediction: A crystalline coating should protect a soft support better after it develops an ordered network of harmless segmentation cracks.

Test: Measure crack geometry and substrate damage.

Contrary outcome: Segmentation always increases support damage.

### S5-0089
Prediction: A carbonate pore should retain a pH oscillation longer than the surrounding solution through reversible surface buffering.

Test: Map pH decay.

Contrary outcome: Decay matches unbuffered diffusion.

### S5-0090
Prediction: A mineral-organic interface should direct solvent flow along a moving adhesion front.

Test: Measure interface motion and fluid velocity.

Contrary outcome: Fluid motion is independent of front direction.

### S5-0091
Prediction: A levitated liquid film should stabilize a suspended particle at a saddle point through coupled capillary and acoustic forces.

Test: Map particle motion and film modes.

Contrary outcome: Stable positions follow acoustic force alone.

### S5-0092
Prediction: A soft optical cavity should filter rapid humidity fluctuations because its pore filling precedes mechanical expansion.

Test: Measure vapor, occupancy and resonance.

Contrary outcome: Optical response follows vapor without filtering.

### S5-0093
Prediction: A granular lens should alter its focal length after a low-amplitude mechanical annealing pulse.

Test: Measure packing and focal distance.

Contrary outcome: Focus is unchanged despite contact rearrangement.

### S5-0094
Prediction: A suspended nanofiber should detect gas flow direction through asymmetric torsional cooling.

Test: Measure torsion with reversed flow.

Contrary outcome: Signal follows speed without directional sign.

### S5-0095
Prediction: A reflective droplet array should retain a temporary image through contact-line pinning after illumination stops.

Test: Measure droplet geometry and reflection.

Contrary outcome: Image disappears with illumination.

### S5-0096
Prediction: A photothermal absorber should self-limit heating when expansion lifts it from a conductive support.

Test: Measure contact and temperature.

Contrary outcome: Temperature limitation occurs without contact loss.

### S5-0097
Prediction: A thin-film microphone should suppress wind noise when humidity reversibly stiffens only its perimeter.

Test: Measure stiffness and noise spectra.

Contrary outcome: Noise falls only with overall sensitivity loss.

### S5-0098
Prediction: A porous optical filter should switch passbands when pressure moves an internal liquid meniscus between stable positions.

Test: Measure meniscus and transmission.

Contrary outcome: Passband remains position-independent.

### S5-0099
Prediction: A deformable prism should separate load rate from load magnitude through the curvature of its spectral trajectory.

Test: Apply blinded load histories.

Contrary outcome: Trajectories cannot distinguish rate.

### S5-0100
Prediction: A granular acoustic shutter should close through field-induced rotation of flat particles without bulk compaction.

Test: Measure orientation and transmission.

Contrary outcome: Attenuation requires compaction.

### S5-0101
Prediction: A flexible antenna analogue should detune before fracture because nearby conductive contacts separate under strain concentration.

Test: Measure fields and contact geometry.

Contrary outcome: Detuning starts only after visible breakage.

### S5-0102
Prediction: A liquid-crystal microcavity should retain a pressure event as a pinned director defect.

Test: Measure defect and optical state after unloading.

Contrary outcome: State always resets.

### S5-0103
Prediction: A photonic coating should reject false moisture signals by comparing modes localized at opposite surfaces.

Test: Calibrate surface and bulk wetting.

Contrary outcome: Mode responses remain degenerate.

### S5-0104
Prediction: An elastic resonator should cool faster after a mechanical pulse mixes its encapsulated phase-change liquid.

Test: Measure internal flow and cooling.

Contrary outcome: Cooling change follows added surface area alone.

### S5-0105
Prediction: A transparent stress indicator should reveal hidden shear direction through rotating polarization singularities.

Test: Apply known shears and image singularities.

Contrary outcome: Rotation cannot recover direction.

### S5-0106
Prediction: A porous waveguide should localize a leak through a moving absorption minimum rather than intensity maximum.

Test: Track water and guided modes.

Contrary outcome: No leak-specific minimum appears.

### S5-0107
Prediction: A flexible diffraction surface should magnify tiny pressure changes near a mechanical cusp instability.

Test: Measure pressure and diffraction.

Contrary outcome: Sensitivity lacks a cusp-associated increase.

### S5-0108
Prediction: A soft acoustic reflector should steer its beam when condensation changes the depth of surface cavities.

Test: Map cavity water and beam angle.

Contrary outcome: Steering is explained by uniform mass loading.

### S5-0109
Prediction: A microthermal switch should reopen after cooling through delayed bubble dissolution.

Test: Measure bubble and conductance.

Contrary outcome: Reopening precedes bubble loss.

### S5-0110
Prediction: A suspended optical ribbon should distinguish gas adsorption from fluid drag through opposite bending signs.

Test: Calibrate each input independently.

Contrary outcome: Signs overlap across both inputs.

### S5-0111
Prediction: A liquid-filled lens should resist vibration through internal interfacial sliding between immiscible fluids.

Test: Measure interface motion and image blur.

Contrary outcome: Damping is unchanged with one fluid.

### S5-0112
Prediction: A conductive paint should display a reversible color cue before electrical percolation fails.

Test: Measure optical spectrum and resistance.

Contrary outcome: Color changes only after circuit failure.

### S5-0113
Prediction: A porous infrared shield should increase emission when its internal vapor layer collapses.

Test: Measure phase topology and emission.

Contrary outcome: Emission follows temperature alone.

### S5-0114
Prediction: A membrane spectrometer should identify droplet viscosity through frequency-dependent shape modes.

Test: Compare matched-density liquids.

Contrary outcome: Modes remain viscosity-insensitive.

### S5-0115
Prediction: A flexible acoustic sensor should retain an overload record through a metastable folded edge.

Test: Read modes after calibrated overloads.

Contrary outcome: Edge always unfolds after unloading.

### S5-0116
Prediction: A phase-change optical tag should report cooling rate through final domain-size-dependent scattering.

Test: Measure domain size and spectra.

Contrary outcome: Scattering depends only on final phase fraction.

### S5-0117
Prediction: A granular optical coating should resist glare after shear aligns absorbing grains below its surface.

Test: Measure grain orientation and angular reflectance.

Contrary outcome: Glare reduction requires increased absorption alone.

### S5-0118
Prediction: A thermal mirror should deform in two stages when gas expansion precedes wall softening.

Test: Measure gas pressure and curvature.

Contrary outcome: Deformation is single-stage.

### S5-0119
Prediction: A porous polarizer should rotate its optical axis when capillary stress aligns embedded fibers.

Test: Measure water, orientation and polarization.

Contrary outcome: Axis changes occur without fiber alignment.

### S5-0120
Prediction: A mechanical light switch should latch after a short acoustic pulse buckles a capillary-supported membrane.

Test: Measure acoustic dose and retained transmission.

Contrary outcome: Transmission returns immediately after the pulse.

### S5-0121
Prediction: A pressure-driven droplet should avoid a blocked pore through deformation sensed before direct contact.

Test: Image pressure fields and trajectories.

Contrary outcome: Avoidance begins only at contact.

### S5-0122
Prediction: A fluidic bridge should survive repeated stretching when solvent exchange replenishes its neck preferentially.

Test: Track solvent and radius.

Contrary outcome: Neck survival is exchange-independent.

### S5-0123
Prediction: A confined foam should pump liquid sideways during symmetric compression because wall slip differs on loading and unloading.

Test: Measure net flux and slip.

Contrary outcome: Flux remains zero.

### S5-0124
Prediction: A droplet train should retain a temporal gap after one bubble changes channel compliance locally.

Test: Track spacing and wall strain.

Contrary outcome: Spacing returns immediately to uniformity.

### S5-0125
Prediction: A soft capillary should sort gas bubbles by shell stiffness rather than radius.

Test: Measure entry and independently calibrated shell stiffness.

Contrary outcome: Sorting follows radius alone.

### S5-0126
Prediction: A thin liquid sheet should redirect an impact through a transient ridge aligned with surface elasticity.

Test: Map stress and outgoing momentum.

Contrary outcome: Redirection follows geometry alone.

### S5-0127
Prediction: A liquid bridge should climb a flexible fiber when its own weight straightens a capillary-favored path.

Test: Measure fiber shape and droplet motion.

Contrary outcome: Climbing requires external vibration.

### S5-0128
Prediction: A wet granular slope should fail in steps when liquid bridges reconnect behind each slip band.

Test: Image bridges and displacement.

Contrary outcome: Failure has no bridge-reconnection pauses.

### S5-0129
Prediction: A microfluidic cavity should store a pulse mechanically as delayed wall recoil after its liquid exits.

Test: Measure wall shape and outlet signal.

Contrary outcome: No residual mechanical state remains.

### S5-0130
Prediction: A droplet should exchange heat faster when rolling exposes fresh internal liquid at its contact patch.

Test: Map internal flow and thermal flux.

Contrary outcome: Transfer follows contact area alone.

### S5-0131
Prediction: A gas plug should divide into equal daughters more reliably when a compliant junction expands symmetrically.

Test: Measure junction strain and daughter volumes.

Contrary outcome: Compliance adds no symmetry benefit.

### S5-0132
Prediction: A viscous rivulet should maintain a path through a reverse slope by storing tension in its surface skin.

Test: Measure skin stress and path.

Contrary outcome: Flow reverses whenever gravity reverses.

### S5-0133
Prediction: A liquid film should form a traveling hole when surfactant adsorption differs at its advancing and receding edges.

Test: Track edge chemistry and motion.

Contrary outcome: Holes only expand symmetrically.

### S5-0134
Prediction: A capillary pump should retain prime after a dry interruption when an elastic pore collapses around residual liquid.

Test: Image pore and restart.

Contrary outcome: Collapse does not improve restart.

### S5-0135
Prediction: A droplet should rotate when evaporative deposition pins one contact-line segment and releases another sequentially.

Test: Track pinning and rotation.

Contrary outcome: Rotation lacks sequential pinning.

### S5-0136
Prediction: A bubble layer should damp a shock through progressive gas transfer between neighboring pockets.

Test: Measure pressure and gas volume.

Contrary outcome: Damping persists unchanged with transfer blocked.

### S5-0137
Prediction: A liquid meniscus should gate particle passage through a pore according to particle deformability.

Test: Measure deformation and crossing.

Contrary outcome: Passage follows size and wetting alone.

### S5-0138
Prediction: A soft valve should exhibit a pressure overshoot only when its trapped gas dissolves faster than wall recoil.

Test: Measure gas and strain.

Contrary outcome: Overshoot is gas-kinetics independent.

### S5-0139
Prediction: A liquid thread should retain a kink after external flow stops through interfacial particle jamming.

Test: Image particle contacts and thread shape.

Contrary outcome: Kink vanishes before unjamming.

### S5-0140
Prediction: A draining emulsion should form a stable vertical concentration step when droplet deformation changes buoyant packing.

Test: Measure droplet shape and concentration.

Contrary outcome: Profiles remain smoothly graded.

### S5-0141
Prediction: A capillary wedge should selectively collect long filaments by bending them into a metastable arch.

Test: Track filament geometry and retention.

Contrary outcome: Retention follows length without arch formation.

### S5-0142
Prediction: A flexible wick should accelerate liquid intake after a short squeeze separates collapsed fibers.

Test: Image contacts and uptake.

Contrary outcome: Squeezing only reduces uptake.

### S5-0143
Prediction: A vapor-fed droplet should grow asymmetrically when a nearby elastic surface bends toward its cold side.

Test: Measure surface shape and condensation.

Contrary outcome: Growth asymmetry is shape-independent.

### S5-0144
Prediction: A surfactant-free oil film should oscillate in thickness when dissolved gas repeatedly nucleates and escapes.

Test: Image gas and thickness.

Contrary outcome: Oscillations persist after degassing equally.

### S5-0145
Prediction: A water jet should entrain fewer particles after a compliant nozzle aligns them before exit.

Test: Measure orientation and entrainment.

Contrary outcome: Nozzle compliance has no independent effect.

### S5-0146
Prediction: A liquid pocket should transmit torque between solids through a jammed interfacial layer without solid contact.

Test: Measure torque and gap.

Contrary outcome: Torque vanishes beyond direct-contact range.

### S5-0147
Prediction: A suspended sheet should steer a falling droplet through a traveling deformation produced by an earlier impact.

Test: Track sheet waves and trajectories.

Contrary outcome: Later droplets ignore wave phase.

### S5-0148
Prediction: A capillary membrane should show directional permeability because its pores rotate under flow.

Test: Image pore rotation and flux.

Contrary outcome: Directionality persists with rotation constrained equally.

### S5-0149
Prediction: A hydrogel boundary should suppress fluid turbulence locally through delayed normal deformation.

Test: Measure wall strain and velocity fluctuations.

Contrary outcome: Fluctuations match rigid boundaries at equal roughness.

### S5-0150
Prediction: A droplet should remain suspended in a vertical groove after partial freezing creates an interlocking shell.

Test: Measure ice topology and retention.

Contrary outcome: Retention follows contact angle alone.

### S5-0151
Prediction: A mechanical lattice should sort impulse duration into distinct final buckling states.

Test: Apply equal-energy pulses with varied widths.

Contrary outcome: Final states cannot distinguish pulse width.

### S5-0152
Prediction: A thin shell should propagate an inversion front around an obstacle through out-of-plane ridge rotation.

Test: Image front and ridges.

Contrary outcome: Inversion arrests or passes without ridge rotation.

### S5-0153
Prediction: A woven sleeve should transmit pressure remotely by tightening sequentially along its length.

Test: Measure contact pressure and yarn motion.

Contrary outcome: Tightening remains confined to the loaded region.

### S5-0154
Prediction: An elastic cable should damp transverse waves through frictional rotation of an internal loose core.

Test: Image core and modal loss.

Contrary outcome: Damping persists with core rotation prevented equally.

### S5-0155
Prediction: A granular beam should support a localized load after unloading through force chains locked by particle shape.

Test: Measure force chains and residual shape.

Contrary outcome: Beam collapses once external confinement is removed.

### S5-0156
Prediction: A soft arch should switch states faster after a subthreshold pulse prepositions its internal liquid.

Test: Map liquid and snap latency.

Contrary outcome: Latency is liquid-position independent.

### S5-0157
Prediction: A cracked laminate should redistribute tensile stress through reversible microbuckling of bridging layers.

Test: Map stress and bridge shape.

Contrary outcome: Redistribution occurs without microbuckling.

### S5-0158
Prediction: A fiber bundle should develop a traveling untwisting front when local friction falls below stored torque.

Test: Measure twist and contact friction.

Contrary outcome: Untwisting occurs uniformly.

### S5-0159
Prediction: A compliant contact should emit a measurable heat pulse during rapid adhesive rebonding.

Test: Measure microtemperature and bond formation.

Contrary outcome: Heat is explained entirely by frictional sliding.

### S5-0160
Prediction: A porous plate should stiffen transiently after impact because compressed gas cannot drain quickly.

Test: Measure pressure and dynamic modulus.

Contrary outcome: Stiffening persists with open vents equally.

### S5-0161
Prediction: A mechanical chain should preserve pulse polarity through a sequence of asymmetric snap thresholds.

Test: Measure output after reversed inputs.

Contrary outcome: Output polarity becomes independent of input.

### S5-0162
Prediction: A soft coating should resist scratching through rapid lateral flow into the contact wake.

Test: Image material motion and groove depth.

Contrary outcome: Resistance is unchanged when lateral flow is blocked.

### S5-0163
Prediction: A folded tube should open under torsion before axial tension reaches its usual opening threshold.

Test: Measure torque and aperture.

Contrary outcome: Torsion provides no reduction.

### S5-0164
Prediction: An elastic mesh should trap a propagating tear at a boundary where pore rotation reverses sign.

Test: Map rotations and crack position.

Contrary outcome: Tears cross the boundary unchanged.

### S5-0165
Prediction: A suspended film should retain a local prestress gradient after global strain returns to zero.

Test: Measure stress optically and reloading.

Contrary outcome: Prestress becomes uniform.

### S5-0166
Prediction: A granular belt should convey particles through a traveling sequence of local jamming transitions.

Test: Track jamming and cargo.

Contrary outcome: Cargo motion requires belt translation.

### S5-0167
Prediction: A composite hinge should produce a delayed click after unloading when a viscous inclusion transfers load back to its shell.

Test: Measure inclusion pressure and motion.

Contrary outcome: Click timing is viscosity-independent.

### S5-0168
Prediction: A thin elastic disk should flutter only after its edge contacts begin to slip cooperatively.

Test: Measure contacts and vibration.

Contrary outcome: Flutter precedes cooperative slipping.

### S5-0169
Prediction: A porous adhesive should reduce peel noise by opening air pathways before large contact jumps.

Test: Measure pressure and sound.

Contrary outcome: Noise reduction lacks ventilation dependence.

### S5-0170
Prediction: A twisted ribbon should protect a central electrical trace by routing strain toward its edges.

Test: Map strain and trace failure.

Contrary outcome: Central strain follows the section average.

### S5-0171
Prediction: A hollow elastomer fiber should detect fluid blockage through a new axial vibration mode.

Test: Measure modes with blinded blockages.

Contrary outcome: No blockage-specific mode appears.

### S5-0172
Prediction: A mechanical memory element should erase selectively when a thermal pulse lowers only one hinge's barrier.

Test: Measure hinge stiffness and state.

Contrary outcome: All states erase indiscriminately.

### S5-0173
Prediction: A soft impact absorber should rebound less when cavities collapse in a deliberately staggered order.

Test: Image collapse and rebound.

Contrary outcome: Order has no effect after energy matching.

### S5-0174
Prediction: A fiber weave should retain more strength after a cut when nearby yarns slide into the damaged zone.

Test: Track yarn motion and failure load.

Contrary outcome: Sliding provides no strength recovery.

### S5-0175
Prediction: A porous shell should resist external pressure better when a trapped liquid redistributes into its dimpling region.

Test: Map liquid and shell shape.

Contrary outcome: Liquid redistribution accelerates failure.

### S5-0176
Prediction: A compressed film should rotate its wrinkle axis after rest because interfacial bonds exchange directionally.

Test: Measure bond exchange and wrinkles.

Contrary outcome: Axis remains fixed despite exchange.

### S5-0177
Prediction: An elastic tube should display a torsional resonance shift when an internal liquid plug crosses a bend.

Test: Track plug and resonance.

Contrary outcome: Shift follows added mass alone.

### S5-0178
Prediction: A granular layer should transmit low-frequency stress after high-frequency vibration unlocks sliding contacts.

Test: Measure force transmission and contacts.

Contrary outcome: Transmission is unchanged by contact unlocking.

### S5-0179
Prediction: A soft clamp should release reproducibly at a loading-rate threshold set by solvent drainage.

Test: Measure drainage and release.

Contrary outcome: Release depends only on peak force.

### S5-0180
Prediction: A layered shell should delay puncture through migration of an internal lubricating film away from the tip.

Test: Measure film and force.

Contrary outcome: Delay remains unchanged when migration is prevented.

### S5-0181
Prediction: A thermal contact should improve after a humidity pulse fills only its deepest insulating gaps.

Test: Measure gap water and conductance.

Contrary outcome: Improvement follows total water without gap selectivity.

### S5-0182
Prediction: A radiative cooler should show delayed reheating when condensed droplets shield its warm support.

Test: Measure droplet coverage and heat flux.

Contrary outcome: Reheating follows dry-support conductance alone.

### S5-0183
Prediction: A phase-change insert should reduce peak strain in a heated joint by absorbing heat before its support softens.

Test: Measure temperature and strain.

Contrary outcome: Strain reduction lacks latent-heat timing.

### S5-0184
Prediction: A porous heat sink should oscillate in cooling power when vapor generation periodically interrupts liquid supply.

Test: Measure vapor and temperature.

Contrary outcome: Cooling varies smoothly despite supply interruptions.

### S5-0185
Prediction: A sealed thermal actuator should retain a position after cooling because its liquid bridge changes topology.

Test: Image bridge and displacement.

Contrary outcome: Position resets when temperature returns.

### S5-0186
Prediction: A transparent insulation layer should lose heat selectively at defects where condensation joins opposite faces.

Test: Map bridges and heat flux.

Contrary outcome: Flux hotspots ignore bridge sites.

### S5-0187
Prediction: A powder bed should develop a moving thermal-conduction front as particles sinter at contacts.

Test: Measure contact growth and thermal response.

Contrary outcome: Conductivity changes uniformly.

### S5-0188
Prediction: A fluid-filled elastic channel should carry a thermal pulse faster after wall contraction drives internal advection.

Test: Measure flow and temperature.

Contrary outcome: Propagation matches diffusion alone.

### S5-0189
Prediction: A phase-change coating should nucleate melting along previously flexed regions through persistent lattice defects.

Test: Map defects and phase onset.

Contrary outcome: Melting sites ignore flex history.

### S5-0190
Prediction: A thermal diode should change rectification sign when its internal condensate crosses a geometric saddle.

Test: Measure liquid position and conductance.

Contrary outcome: Sign is independent of condensate topology.

### S5-0191
Prediction: A porous radiator should cool more uniformly when compliant ribs redistribute evaporating liquid.

Test: Measure rib motion and temperature variance.

Contrary outcome: Uniformity is unchanged with rigid ribs.

### S5-0192
Prediction: A granular thermal switch should latch through contact welding after a short heat pulse.

Test: Measure contacts and conductance after cooling.

Contrary outcome: Conductance returns to baseline.

### S5-0193
Prediction: A soft heat exchanger should clean itself through differential thermal expansion that peels deposits.

Test: Measure deposit strain and removal.

Contrary outcome: Cleaning occurs without interfacial peeling.

### S5-0194
Prediction: A microheater should reveal buried gas connectivity through the second peak of its cooling derivative.

Test: Compare known pore networks.

Contrary outcome: Derivative peaks depend only on gas volume.

### S5-0195
Prediction: A latent-heat layer should retain a cooling-rate memory as unequal recrystallization stress.

Test: Measure stress after matched final temperatures.

Contrary outcome: Stress is cooling-rate independent.

### S5-0196
Prediction: A thermal wave should steer liquid in a porous film through local surface-tension gradients even without net evaporation.

Test: Measure flow in a sealed cell.

Contrary outcome: Transport disappears after evaporation is eliminated.

### S5-0197
Prediction: A curved emitter should alter its effective sky coupling as thermal expansion changes self-shadowing.

Test: Measure shape and radiative loss.

Contrary outcome: Loss follows area alone.

### S5-0198
Prediction: A porous thermal buffer should release heat in bursts when supercooled domains trigger neighboring domains through elastic contact.

Test: Measure phase and strain.

Contrary outcome: Burst propagation persists without mechanical coupling equally.

### S5-0199
Prediction: A thin liquid layer should suppress a thermal hotspot by developing a local recirculating cell before bulk convection starts.

Test: Measure local flow and temperature.

Contrary outcome: Hotspot suppression requires bulk convection.

### S5-0200
Prediction: A flexible thermoelectric mount should improve output during cycling by preserving contact pressure through delayed creep recovery.

Test: Measure pressure and voltage.

Contrary outcome: Output follows temperature difference alone.

### S5-0201
Prediction: An adsorbing membrane should temporarily reverse heat flux after a humidity step because desorption cools one face.

Test: Measure both-face calorimetry.

Contrary outcome: Flux never reverses after sensible-heat correction.

### S5-0202
Prediction: A phase-change slurry should separate thermally active capsules from inactive ones through buoyancy during melting.

Test: Track phase and height.

Contrary outcome: Vertical distributions remain phase-independent.

### S5-0203
Prediction: A metallic-free thermal fuse should open through vapor pressure before its polymer softens.

Test: Measure pocket pressure and modulus.

Contrary outcome: Opening occurs only after softening.

### S5-0204
Prediction: A porous ceiling analogue should condense less water when warm vapor routes through mechanically opened vents.

Test: Measure vent strain and condensate.

Contrary outcome: Condensation reduction follows area alone.

### S5-0205
Prediction: A fluidic thermal memory should preserve pulse duration as the final position of a pinned melt boundary.

Test: Measure boundary after calibrated pulses.

Contrary outcome: Position depends only on peak temperature.

### S5-0206
Prediction: A heat pulse should cause a fiber bundle to twist through differential gas expansion in unequal lumens.

Test: Measure lumen pressure and twist.

Contrary outcome: Twist persists after all lumens are vented equally.

### S5-0207
Prediction: A wet rough surface should exhibit a heat-transfer minimum when droplets first form a continuous insulating vapor layer.

Test: Map phase topology and heat flux.

Contrary outcome: Flux lacks a connectivity-linked minimum.

### S5-0208
Prediction: A thermal microcavity should convert slow heating into a fast pressure pulse through collective bubble merger.

Test: Measure bubbles and pressure.

Contrary outcome: Pressure remains smooth through mergers.

### S5-0209
Prediction: A porous phase-change layer should resist thermal cycling damage when melt can migrate into expandable reservoirs.

Test: Image melt and cracks.

Contrary outcome: Reservoir access does not reduce damage.

### S5-0210
Prediction: A conductive textile should recover local heating uniformity after stretching redistributes liquid-metal contacts.

Test: Map contacts and temperature.

Contrary outcome: Uniformity recovery is contact-independent.

### S5-0211
Prediction: A soft ionic conductor should rectify alternating mechanical strain into net ion displacement when binding sites switch accessibility.

Test: Measure ion profiles and current.

Contrary outcome: Net displacement is zero.

### S5-0212
Prediction: A charged porous film should retain a local potential minimum after water evaporates from its surface.

Test: Map residual ions and potential.

Contrary outcome: Potential becomes uniform upon drying.

### S5-0213
Prediction: A redox-active fiber should twist when its outer layer exchanges ions faster than its core.

Test: Measure radial composition and torsion.

Contrary outcome: Twist is absent despite exchange asymmetry.

### S5-0214
Prediction: A capacitor should detect internal liquid cavitation through a sudden increase in dielectric loss.

Test: Measure loss and bubble imaging.

Contrary outcome: Loss changes precede no cavitation-specific event.

### S5-0215
Prediction: A liquid-metal trace should become more fatigue-resistant after deliberate formation of reversible neck reservoirs.

Test: Measure neck geometry and cycle life.

Contrary outcome: Reservoirs do not extend life after cross-section matching.

### S5-0216
Prediction: A magnetically actuated membrane should pump ions by periodically exposing and shielding charged pores.

Test: Measure pore access and transport.

Contrary outcome: Transport follows fluid advection alone.

### S5-0217
Prediction: A soft electrode should release fouling particles when charge reversal changes interfacial swelling.

Test: Measure swelling and detachment.

Contrary outcome: Release is unchanged when swelling is constrained.

### S5-0218
Prediction: A dry powder capacitor should retain a pressure event as irreversible contact capacitance changes.

Test: Measure contacts and capacitance after unloading.

Contrary outcome: Capacitance returns uniquely to baseline.

### S5-0219
Prediction: An ionic gel should generate a voltage pulse when a localized fracture abruptly releases bound counterions.

Test: Measure ion release and voltage.

Contrary outcome: Voltage follows electrode motion alone.

### S5-0220
Prediction: A flexible coil should distinguish bending from moisture through unequal phase shifts of its mechanical and electrical resonances.

Test: Calibrate both inputs.

Contrary outcome: Responses remain degenerate.

### S5-0221
Prediction: A porous electret should show delayed discharge after vapor arrival because water must cross a connectivity threshold.

Test: Map water and charge decay.

Contrary outcome: Discharge begins immediately with adsorption.

### S5-0222
Prediction: A conductive droplet should roll across an insulating surface when charge accumulates asymmetrically at a pinned contact line.

Test: Map charge and motion.

Contrary outcome: Rolling persists without contact-line charge asymmetry.

### S5-0223
Prediction: A magnetized porous solid should trap particles more strongly after wetting moves them into high-gradient contact regions.

Test: Image liquid and particle positions.

Contrary outcome: Capture follows field strength without wetting effects.

### S5-0224
Prediction: A polymer electrolyte should exhibit a conductivity maximum during rapid stretching because aligned channels later disconnect.

Test: Measure channels and conductivity.

Contrary outcome: Conductivity changes monotonically.

### S5-0225
Prediction: A soft electrochemical junction should retain rectification after external bias ends through slow ion-binding relaxation.

Test: Measure ion state and current-voltage curves.

Contrary outcome: Rectification vanishes immediately.

### S5-0226
Prediction: A piezoelectric fiber mat should harvest more energy from irregular impulses when contact rearrangements prevent synchronized rebound.

Test: Measure contacts and energy.

Contrary outcome: Gains follow stiffness alone.

### S5-0227
Prediction: A liquid electrode should identify a pressure wave through spatially separated surface-charge peaks.

Test: Map charge and pressure.

Contrary outcome: Charge remains uniform.

### S5-0228
Prediction: A redox membrane should create an advancing adhesion front when oxidation changes its interfacial affinity.

Test: Measure redox and contact area.

Contrary outcome: Adhesion changes globally without propagation.

### S5-0229
Prediction: A mechanically damaged ionic film should recover transport first along compressed crack edges.

Test: Map conductivity during healing.

Contrary outcome: Recovery is spatially uniform.

### S5-0230
Prediction: A porous capacitor should reveal trapped-gas migration through correlated capacitance fluctuations between electrodes.

Test: Image gas and electrical correlations.

Contrary outcome: Fluctuations cannot locate migration.

### S5-0231
Prediction: An electric-field-driven particle ribbon should fold into a stable helix when field removal is timed to contact formation.

Test: Measure contact chronology and shape.

Contrary outcome: Helix yield is timing-independent.

### S5-0232
Prediction: A conductive gel should retain electrical continuity through a growing void when mobile particles concentrate at its rim.

Test: Map particles and current.

Contrary outcome: Continuity fails despite rim enrichment.

### S5-0233
Prediction: A charged liquid bridge should resist rupture more strongly when ion exchange slows surface relaxation.

Test: Measure ion kinetics and force.

Contrary outcome: Resistance follows surface tension alone.

### S5-0234
Prediction: A soft magnetic lattice should attenuate vibrations selectively after local field cycling changes contact preload.

Test: Map preload and transmission.

Contrary outcome: Attenuation is unchanged after preload shifts.

### S5-0235
Prediction: A porous ionic sensor should distinguish a concentration pulse from a pressure pulse through the order of current extrema.

Test: Apply blinded inputs.

Contrary outcome: Extrema order is input-independent.

### S5-0236
Prediction: A dielectric elastomer should develop a persistent voltage offset after cyclic bending redistributes trapped charge.

Test: Map charge and potential.

Contrary outcome: Offset vanishes after strain removal.

### S5-0237
Prediction: A redox-active coating should store a mechanical compression history through unequal access to buried reactive sites.

Test: Measure site occupancy and compression history.

Contrary outcome: Occupancy depends only on final potential.

### S5-0238
Prediction: A flexible conductor should detect imminent delamination through intermittent inductance changes from moving current loops.

Test: Measure loops and impedance.

Contrary outcome: Changes occur only after complete separation.

### S5-0239
Prediction: A liquid-metal cavity should self-center under an alternating field when oxide friction produces asymmetric slip.

Test: Measure slip and position.

Contrary outcome: Centering is oxide-friction independent.

### S5-0240
Prediction: A membrane capacitor should measure fluid direction through asymmetric streaming-potential relaxation.

Test: Reverse flow at matched speeds.

Contrary outcome: Relaxation lacks directional information.

### S5-0241
Prediction: A suspended colloid should retain a rotational temperature above its translational temperature under nonuniform acoustic forcing.

Test: Measure both fluctuation spectra.

Contrary outcome: Temperatures agree after calibration.

### S5-0242
Prediction: A droplet should avoid a hot spot through a coupled evaporation-recoil instability before thermocapillary circulation dominates.

Test: Measure recoil and flow timing.

Contrary outcome: Motion begins only with circulation.

### S5-0243
Prediction: A soft particle should migrate toward lower shear through delayed shape recovery in oscillatory flow.

Test: Measure deformation phase and trajectory.

Contrary outcome: Migration is independent of recovery time.

### S5-0244
Prediction: A non-Brownian suspension should display apparent diffusion from reversible contact-network switching.

Test: Track trajectories and contacts.

Contrary outcome: Displacements vanish when cycles are reversed.

### S5-0245
Prediction: A granular rotor should select a direction spontaneously when asymmetric friction amplifies initial noise.

Test: Measure rotation across repeated unbiased starts.

Contrary outcome: Direction remains externally imposed or motionless.

### S5-0246
Prediction: A weakly driven elastic network should concentrate fluctuations near a structurally soft boundary.

Test: Map displacement spectra.

Contrary outcome: Fluctuations follow local temperature alone.

### S5-0247
Prediction: A liquid bridge should exhibit intermittency near rupture because adsorption and neck thinning compete.

Test: Measure adsorption and neck radius.

Contrary outcome: Thinning remains smooth after drift correction.

### S5-0248
Prediction: A confined droplet should show a preferred oscillation phase after a noise pulse temporarily changes wall contact.

Test: Measure phase and contact state.

Contrary outcome: Phase resets randomly.

### S5-0249
Prediction: A particle monolayer should produce long-lived displacement correlations after local bond removal.

Test: Map correlated motion.

Contrary outcome: Correlations decay within independent-particle expectations.

### S5-0250
Prediction: A soft cavity should amplify weak pressure noise near buckling without improving signal-to-noise ratio.

Test: Measure transfer and noise spectra.

Contrary outcome: Noise amplification is absent or unequal.

### S5-0251
Prediction: A capillary lattice should exhibit avalanches whose cutoff shifts with liquid-reservoir connectivity.

Test: Measure event sizes and topology.

Contrary outcome: Cutoffs follow lattice size alone.

### S5-0252
Prediction: A molecular assembly should retain a broad relaxation spectrum because local environments exchange slower than bond lifetimes.

Test: Measure environment and bond dynamics.

Contrary outcome: Relaxation is single-exponential despite slow exchange.

### S5-0253
Prediction: A flexible particle chain should cross a barrier faster under colored noise than white noise at equal variance.

Test: Measure escape with calibrated forcing.

Contrary outcome: Escape rates are noise-correlation independent.

### S5-0254
Prediction: A porous membrane should show transient spatial order when independent pore closures become pressure-coupled.

Test: Map closures and pressure.

Contrary outcome: Closure positions remain independent.

### S5-0255
Prediction: A granular film should develop a low-noise state after repeated drive anneals its strongest force chains.

Test: Measure force and noise.

Contrary outcome: Noise reduction lacks force-chain reorganization.

### S5-0256
Prediction: A coalescing droplet population should retain nonexponential waiting times from mechanically aging interfaces.

Test: Measure interface age and event intervals.

Contrary outcome: Waiting times match memoryless kinetics.

### S5-0257
Prediction: A compliant tube should display a critical slowing of recoil before its collapse threshold.

Test: Measure recovery after small perturbations.

Contrary outcome: Relaxation time remains bounded and unchanged.

### S5-0258
Prediction: A colloidal crystal should reveal an impending defect avalanche through increased rotational correlations.

Test: Measure orientations before events.

Contrary outcome: Correlations rise only afterward.

### S5-0259
Prediction: A wet fiber network should switch between two conductance states through cooperative bridge migration.

Test: Image bridges and flow.

Contrary outcome: Conductance fluctuates continuously without distinct states.

### S5-0260
Prediction: A reactive interface should preserve oscillation phase through a brief interruption when a bound intermediate stores its state.

Test: Measure phase and intermediate.

Contrary outcome: Restart phase is random.

### S5-0261
Prediction: A dissipative particle assembly should change its dominant relaxation mode when one boundary becomes mobile.

Test: Measure eigenmodes experimentally.

Contrary outcome: Modes remain boundary-independent.

### S5-0262
Prediction: A soft contact should show return-point memory only while its contact topology remains unchanged.

Test: Measure nested load cycles and contacts.

Contrary outcome: Memory survives topology changes equally.

### S5-0263
Prediction: A liquid-filled lattice should transmit a stochastic impulse more reliably when weak noise depins blocked menisci.

Test: Measure event detection versus noise amplitude.

Contrary outcome: Reliability never exceeds the zero-noise baseline.

### S5-0264
Prediction: A suspended membrane should exhibit correlated frequency jumps when adsorbed patches exchange stress.

Test: Measure patch occupancy and modes.

Contrary outcome: Jumps remain independent across modes.

### S5-0265
Prediction: A colloidal gel should have a mechanically selected aging clock that resets after network-spanning rearrangement.

Test: Track dynamics and connectivity.

Contrary outcome: Aging continues unchanged across rearrangements.

### S5-0266
Prediction: A thin-film oscillator should retain frequency after mass loss if tension increases in compensation.

Test: Measure mass, tension and resonance.

Contrary outcome: Frequency shifts with uncompensated mass change.

### S5-0267
Prediction: A granular valve should fail unpredictably near a jamming threshold but become reproducible after a controlled preconditioning pulse.

Test: Measure distributions before and after pulse.

Contrary outcome: Failure variability remains unchanged.

### S5-0268
Prediction: A charged droplet pair should synchronize shape noise through ion exchange across a transient liquid bridge.

Test: Measure fluctuations with bridge controls.

Contrary outcome: Correlations match uncoupled noise.

### S5-0269
Prediction: A passive mechanical counter should accumulate only impulses separated by sufficient recovery time.

Test: Apply varied pulse intervals and read state.

Contrary outcome: Count depends only on total impulse.

### S5-0270
Prediction: A reaction-driven gel should display a measurable fluctuation precursor to macroscopic oscillation onset.

Test: Measure chemical and mechanical spectra.

Contrary outcome: Oscillations appear without spectral precursors.

### S5-0271
Prediction: A supported molecular rotor should stall at a hydration boundary because its drag changes faster than its driving torque.

Test: Measure rotor speed and local water.

Contrary outcome: Speed remains hydration-independent.

### S5-0272
Prediction: A nanoporous crystal should expel a guest selectively when mechanical compression closes its most strongly binding cavities.

Test: Measure guest identity and cavity volume.

Contrary outcome: Release follows guest abundance alone.

### S5-0273
Prediction: A reversible polymer should concentrate branch points near a stressed crack through bond exchange.

Test: Map labeled branch points and stress.

Contrary outcome: Branch points remain spatially fixed.

### S5-0274
Prediction: A molecular film should develop a transport shortcut along a moving phase boundary.

Test: Measure flux and phase position.

Contrary outcome: Flux follows bulk phase fractions only.

### S5-0275
Prediction: A catalyst should become temporarily more selective after a pressure pulse expels an inhibitory solvent from its pores.

Test: Measure solvent occupancy and products.

Contrary outcome: Selectivity changes without solvent displacement.

### S5-0276
Prediction: A polymer-bound chromophore should recover fluorescence after strain releases a stacked aggregate.

Test: Measure molecular spacing and emission.

Contrary outcome: Recovery persists without stack separation.

### S5-0277
Prediction: A porous adsorbent should capture a short contaminant pulse better when reversible swelling narrows its exit pores.

Test: Measure swelling and breakthrough.

Contrary outcome: Capture depends only on equilibrium capacity.

### S5-0278
Prediction: A host-guest network should transmit a chemical signal preferentially along a tensioned path.

Test: Map binding exchange and front propagation.

Contrary outcome: Tension leaves propagation isotropic.

### S5-0279
Prediction: A reaction-generated film should halt droplet coalescence before visibly covering the entire interface.

Test: Measure coverage and collision outcome.

Contrary outcome: Protection requires complete visible coverage.

### S5-0280
Prediction: A confined polymer should segregate its long chains near a moving elastic wall.

Test: Measure chain-length profiles.

Contrary outcome: Profiles match static confinement.

### S5-0281
Prediction: A molecular crystal should bend away from a vapor source when adsorption creates compressive stress on its exposed face.

Test: Measure adsorption and curvature.

Contrary outcome: Bending follows temperature gradients alone.

### S5-0282
Prediction: A catalyst-coated bead should propel by periodically shedding an adsorbed inhibitor patch.

Test: Track patches and velocity.

Contrary outcome: Velocity bursts lack patch shedding.

### S5-0283
Prediction: A mixed-solvent gel should sort dissolved molecules during contraction by unequal solvent affinity.

Test: Measure solvent and solute profiles.

Contrary outcome: Sorting follows molecular size alone.

### S5-0284
Prediction: A molecularly imprinted pore should lose selectivity under shear when its binding geometry distorts.

Test: Measure pore conformation and uptake.

Contrary outcome: Selectivity is shear-independent.

### S5-0285
Prediction: A reactive coating should repair a pinhole more efficiently when local flow delivers its crosslinker to exposed edges.

Test: Measure crosslinker and sealing.

Contrary outcome: Sealing follows uniform bulk reaction.

### S5-0286
Prediction: A polymer brush should retain a solvent-composition pattern after temperature returns to baseline.

Test: Map solvent and brush height.

Contrary outcome: Composition equilibrates immediately.

### S5-0287
Prediction: A phase-separated catalyst should show delayed activation when its reactant first wets an inactive outer phase.

Test: Map wetting and reaction onset.

Contrary outcome: Activation precedes outer-phase penetration.

### S5-0288
Prediction: A covalent adaptable film should resist delamination through stress-directed bond exchange at its interface.

Test: Measure exchange and fracture.

Contrary outcome: Resistance persists equally with exchange arrested.

### S5-0289
Prediction: A molecular capsule should leak less under weak vibration when building blocks anneal into tighter packing.

Test: Measure packing and leakage.

Contrary outcome: Vibration only increases leakage.

### S5-0290
Prediction: A reactive gel should form a stable reaction band at the balance point between substrate diffusion and inhibitor release.

Test: Map both species and activity.

Contrary outcome: Band position is unrelated to flux balance.

### S5-0291
Prediction: A porous polymer should distinguish gas mixtures through differential swelling that opens secondary transport paths.

Test: Measure swelling and component flux.

Contrary outcome: Mixture transport follows independent gas permeabilities.

### S5-0292
Prediction: A self-assembled ribbon should remember assembly temperature through its distribution of locked twist defects.

Test: Measure defects after identical final conditions.

Contrary outcome: Defect distribution is temperature-history independent.

### S5-0293
Prediction: A charged monolayer should release bound molecules preferentially at curvature reversals.

Test: Map curvature and release.

Contrary outcome: Release follows charge density alone.

### S5-0294
Prediction: A polymer-supported catalyst should show directional selectivity when flow aligns a tethered substrate before reaction.

Test: Measure alignment and product orientation.

Contrary outcome: Products remain directionally random.

### S5-0295
Prediction: A thin adhesive should rebond faster when solvent vapor plasticizes only its separated interface.

Test: Map solvent and rebonding.

Contrary outcome: Bulk plasticization is required.

### S5-0296
Prediction: A reaction front should halt at a mechanical wrinkle because folding sequesters a limiting reagent.

Test: Map reagent and front speed.

Contrary outcome: Halting persists after reagent access is restored.

### S5-0297
Prediction: A porous shell should regulate an internal reaction by deforming its entrance when product pressure rises.

Test: Measure aperture, pressure and turnover.

Contrary outcome: Turnover is aperture-independent.

### S5-0298
Prediction: A molecular stack should conduct heat anisotropically after reversible guest insertion aligns its backbone.

Test: Measure orientation and thermal tensor.

Contrary outcome: Heat transport remains isotropic.

### S5-0299
Prediction: A chemically patterned liquid interface should guide particle assembly through differential surface mobility rather than binding.

Test: Measure adsorption and trajectories.

Contrary outcome: Guidance disappears without specific binding.

### S5-0300
Prediction: A catalyst film should emit a mechanical pulse when a surface reaction changes its preferred area abruptly.

Test: Measure turnover and displacement.

Contrary outcome: Displacement follows heating alone.

### S5-0301
Prediction: A fungal hypha should bridge a pore more successfully when its wall stores axial tension before contact loss.

Test: Measure tension and crossing.

Contrary outcome: Crossing is tension-independent.

### S5-0302
Prediction: A seed coat should redistribute pressure after partial wetting through a continuous internal air layer.

Test: Image gas and strain.

Contrary outcome: Pressure remains localized despite gas continuity.

### S5-0303
Prediction: A root mucilage filament should thicken locally under extension because water migrates toward highly stretched chains.

Test: Map water and cross-section.

Contrary outcome: Stretch causes uniform thinning.

### S5-0304
Prediction: A leaf should retain a circular dry scar after repeated dew because contact-line stress alters its wax packing.

Test: Map wax and subsequent wetting.

Contrary outcome: Scars disappear after water evaporates.

### S5-0305
Prediction: A moss shoot should reduce water loss by bringing flexible leaf tips into contact during drying.

Test: Measure contact and evaporation.

Contrary outcome: Contact prevention leaves water loss unchanged.

### S5-0306
Prediction: A fungal spore wall should recover from indentation through delayed internal fluid redistribution.

Test: Measure recovery and fluid movement.

Contrary outcome: Recovery is fluid-independent.

### S5-0307
Prediction: A bamboo fiber bundle should split harmlessly along weak interfaces before transverse impact damages load-bearing fibers.

Test: Image damage progression.

Contrary outcome: Fiber failure precedes interface splitting.

### S5-0308
Prediction: A leaf vein network should attenuate pressure pulses at loops through phase cancellation.

Test: Measure pressure at loop junctions.

Contrary outcome: Loops behave like equal-length unbranched channels.

### S5-0309
Prediction: A seed wing should adopt a stable landing orientation through elastic rebound at its first surface contact.

Test: Measure impact and final orientation.

Contrary outcome: Orientation is set entirely before contact.

### S5-0310
Prediction: A fungal gill should retain a local fold after compression because opposing wet surfaces adhere.

Test: Measure contact and recovery.

Contrary outcome: Fold persists equally when adhesion is suppressed.

### S5-0311
Prediction: A wood ray should conduct a wetting front across a growth-ring boundary faster than adjacent tissue.

Test: Map arrival times.

Contrary outcome: Ray and adjacent pathways show equal normalized speed.

### S5-0312
Prediction: A leaf hair should act as a sacrificial bending element that protects the epidermis during abrasion.

Test: Measure forces and damage.

Contrary outcome: Damage is unchanged with hairs constrained.

### S5-0313
Prediction: A root sheath should vent trapped gas through a moving seam during rapid rehydration.

Test: Image gas and seam motion.

Contrary outcome: Gas leaves without seam opening.

### S5-0314
Prediction: A fungal cord should show acoustic mode splitting when internal liquid channels become disconnected.

Test: Measure modes and channel topology.

Contrary outcome: Splitting follows water mass alone.

### S5-0315
Prediction: A fruit valve should delay release after wetting by redistributing stored strain into its hinge.

Test: Map strain and opening.

Contrary outcome: Delay lacks hinge strain accumulation.

### S5-0316
Prediction: A moss mat should detach cleanly from a surface when drying breaks basal capillary contacts sequentially.

Test: Image detachment and bridges.

Contrary outcome: Detachment requires tissue rupture.

### S5-0317
Prediction: A seed mucilage halo should stabilize its outer boundary through elastic tension in radial fibrils.

Test: Measure boundary fluctuations and fibril tension.

Contrary outcome: Stability follows viscosity alone.

### S5-0318
Prediction: A leaf petiole should twist after asymmetric embolism shifts its hydraulic stiffness.

Test: Map gas and torsion.

Contrary outcome: Twist is unrelated to embolism position.

### S5-0319
Prediction: A fungal cell-wall sheet should preserve a strain pattern after drying through anisotropic hydrogen-bond reformation.

Test: Map molecular orientation and reloading.

Contrary outcome: Pattern erases after water removal.

### S5-0320
Prediction: A bark laminate should dissipate impact through friction between partially detached layers.

Test: Measure sliding and energy loss.

Contrary outcome: Damping remains unchanged after layers are bonded.

### S5-0321
Prediction: A cellulose fiber should wick water faster after a twist releases a blocked lumen.

Test: Image lumen and front speed.

Contrary outcome: Twisting leaves flow unchanged.

### S5-0322
Prediction: A plant epidermal strip should open an artificial slit when its cells lose water unevenly.

Test: Measure local water and slit width.

Contrary outcome: Opening requires externally imposed tension.

### S5-0323
Prediction: A root-bound particle should detach after a humidity pulse reverses mucilage curvature at its contact.

Test: Measure curvature and adhesion.

Contrary outcome: Detachment follows only reduced contact area.

### S5-0324
Prediction: A fungal mat should absorb a droplet through a propagating sequence of strand contacts.

Test: Image bridge formation and uptake.

Contrary outcome: Uptake proceeds without contact rearrangement.

### S5-0325
Prediction: A leaf surface should retain fewer dust grains when daily thermal expansion periodically breaks weak adhesion contacts.

Test: Measure contact failures and dust mass.

Contrary outcome: Dust loss is thermal-motion independent.

### S5-0326
Prediction: A seed coat should show an optical precursor to cracking through localized water-induced birefringence.

Test: Measure polarization and crack onset.

Contrary outcome: Signal begins only after cracking.

### S5-0327
Prediction: A wood channel should preserve gas transport after liquid blockage through corner films of air.

Test: Map phases and gas flow.

Contrary outcome: Gas flow stops at liquid continuity.

### S5-0328
Prediction: A fungal hypha should relax torsion by forming a short helical segment before wall yielding.

Test: Measure shape and torque.

Contrary outcome: Yielding occurs without helicity.

### S5-0329
Prediction: A dry grass awn should release a trapped particle during rewetting through a curvature reversal at its base.

Test: Track base motion and release.

Contrary outcome: Release is independent of base curvature.

### S5-0330
Prediction: A leaf-derived porous film should change oxygen permeability reversibly when mechanical strain opens intercellular voids.

Test: Measure voids and oxygen flux.

Contrary outcome: Flux changes follow thickness alone.

### S5-0331
Prediction: A passive desalination membrane should reduce fouling when an osmotic pressure pulse closes large bypass pores.

Test: Image pores and rejection.

Contrary outcome: Fouling reduction occurs without pore closure.

### S5-0332
Prediction: A capillary mixer should improve at lower flow when elastic wall recovery produces transverse eddies.

Test: Measure wall and mixing.

Contrary outcome: Mixing follows diffusion alone.

### S5-0333
Prediction: A soft sorter should separate particles by contact relaxation time using a moving compression gate.

Test: Measure passage and relaxation independently.

Contrary outcome: Sorting follows size alone.

### S5-0334
Prediction: A microfluidic oscillator should restart in a reproducible phase after a bubble reservoir buffers its pressure.

Test: Measure restart phase and bubble volume.

Contrary outcome: Phase remains random.

### S5-0335
Prediction: A floating solar absorber should self-level through liquid redistribution between connected buoyancy chambers.

Test: Measure tilt and chamber volumes.

Contrary outcome: Leveling persists with connections blocked equally.

### S5-0336
Prediction: A porous acoustic valve should close under loud sound when radiation pressure collapses a compliant throat.

Test: Measure throat and transmission.

Contrary outcome: Attenuation requires heating rather than collapse.

### S5-0337
Prediction: A droplet printer should reduce satellite formation when its nozzle stores and returns capillary energy at pinch-off.

Test: Measure nozzle motion and satellites.

Contrary outcome: Constraining recoil leaves satellite rate unchanged.

### S5-0338
Prediction: A mechanical filter should shed clogging fibers after a small reverse twist changes pore handedness.

Test: Image pores and released fibers.

Contrary outcome: Release follows reverse pressure alone.

### S5-0339
Prediction: A capillary timer should compensate temperature through opposing viscosity and swelling changes.

Test: Measure interval and geometry.

Contrary outcome: Compensation fails across the calibrated range.

### S5-0340
Prediction: A flexible membrane pump should move liquid using asynchronous recoil of unequal chambers under uniform pressure cycling.

Test: Measure chamber phases and net flow.

Contrary outcome: Flow remains zero.

### S5-0341
Prediction: A porous gripper should distinguish roughness from porosity through separate pressure-decay stages.

Test: Test blinded surfaces.

Contrary outcome: Decay stages cannot separate properties.

### S5-0342
Prediction: A hydrogel fuse should interrupt flow after cumulative exposure by progressively narrowing a hidden side channel.

Test: Measure channel and exposure.

Contrary outcome: Threshold depends only on peak concentration.

### S5-0343
Prediction: A thermal vent should open preferentially toward a heat source because one hinge face dries faster.

Test: Measure face water and orientation.

Contrary outcome: Opening direction is random.

### S5-0344
Prediction: A liquid-metal switch should retain low resistance after deformation when a porous reservoir supplies the neck.

Test: Measure reservoir flux and resistance.

Contrary outcome: Reservoir connection provides no benefit.

### S5-0345
Prediction: A passive microfluidic sampler should capture concentration peaks through faster uptake than release at a deformable entrance.

Test: Measure entrance and internal concentration.

Contrary outcome: Sample represents only the time average.

### S5-0346
Prediction: A capillary motor should step reproducibly when a moving evaporation front sequentially releases pinned teeth.

Test: Track front and steps.

Contrary outcome: Steps lack release chronology.

### S5-0347
Prediction: A compliant sieve should retain fragile particles without crushing them by spreading force through neighboring pore walls.

Test: Map forces and damage.

Contrary outcome: Damage matches rigid sieves at equal flux.

### S5-0348
Prediction: A flexible thermal contact should preserve conductance during vibration through internal liquid redistribution.

Test: Measure liquid and heat flux.

Contrary outcome: Conductance stability is liquid-independent.

### S5-0349
Prediction: A passive optical cleaner should concentrate dust into removable lines through a traveling dew front.

Test: Track dust and wetting.

Contrary outcome: Dust remains uniformly distributed.

### S5-0350
Prediction: A soft microreactor should avoid gas lock when pressure-induced wall motion guides bubbles into a vent.

Test: Image bubbles and walls.

Contrary outcome: Gas-lock rate is unchanged with rigid walls.

### S5-0351
Prediction: A porous battery separator analogue should heal a tear through swelling-driven overlap of mobile fibers.

Test: Image overlap and ionic transport.

Contrary outcome: Transport recovers without fiber overlap.

### S5-0352
Prediction: A capillary latch should record a pressure threshold through irreversible relocation of an internal liquid plug.

Test: Measure plug after known loads.

Contrary outcome: Plug position follows final pressure only.

### S5-0353
Prediction: A microfluidic regulator should stabilize outlet flow through a delayed collapse of a bypass channel.

Test: Measure flow and bypass geometry.

Contrary outcome: Stabilization requires external feedback.

### S5-0354
Prediction: A compliant particle trap should release one particle at a time through load sharing between adjacent pockets.

Test: Image forces and release order.

Contrary outcome: Particles release in uncontrolled groups.

### S5-0355
Prediction: A porous heat shield should activate cooling only after a critical bending event reconnects its water supply.

Test: Measure bend, connectivity and cooling.

Contrary outcome: Cooling is independent of bending history.

### S5-0356
Prediction: A flexible acoustic lens should refocus automatically when a warm spot changes local cavity pressure.

Test: Map pressure and focus.

Contrary outcome: Focus shifts are explained by uniform sound-speed change.

### S5-0357
Prediction: A thin-film dispenser should meter equal liquid doses through repeated meniscus snap-through.

Test: Measure doses and interface motion.

Contrary outcome: Dose variation exceeds a rigid volumetric control.

### S5-0358
Prediction: A mechanical seal should tighten under leakage because escaping liquid swells a confined peripheral ring.

Test: Measure leakage and ring strain.

Contrary outcome: Leakage persists despite verified swelling.

### S5-0359
Prediction: A capillary oscillator should distinguish gas leaks from liquid leaks through opposite changes in duty cycle.

Test: Calibrate known leaks.

Contrary outcome: Duty-cycle changes are indistinguishable.

### S5-0360
Prediction: A self-folding porous strip should transport an object through sequential adhesion and release under uniform humidity cycles.

Test: Track contacts and displacement.

Contrary outcome: No net transport survives drift correction.

### S5-0361
Prediction: A flexible fin should reduce vortex shedding when internal liquid shifts its bending phase.

Test: Measure liquid motion and wake spectra.

Contrary outcome: Wake changes follow mean stiffness alone.

### S5-0362
Prediction: A porous wing analogue should vent gust pressure through temporarily opened surface flaps.

Test: Measure flap motion and lift transients.

Contrary outcome: Gust reduction persists with flaps fixed equally.

### S5-0363
Prediction: A floating filament should align across a vortex boundary when capillary tension exceeds local drag.

Test: Track orientation and flow.

Contrary outcome: Alignment follows local streamlines only.

### S5-0364
Prediction: A falling porous particle should change its tumbling rate as trapped gas escapes.

Test: Measure gas content and trajectory.

Contrary outcome: Tumbling is gas-independent after mass correction.

### S5-0365
Prediction: A droplet-laden airflow should deposit particles preferentially where flexible fibers synchronize their motion.

Test: Measure fiber phase and deposition.

Contrary outcome: Capture follows exposed area alone.

### S5-0366
Prediction: A compliant vortex generator should fold during strong gusts and recover low-drag geometry afterward.

Test: Measure shape and force.

Contrary outcome: Drag reduction comes only from permanent deformation.

### S5-0367
Prediction: An air bubble should steer a nearby sedimenting plate through its asymmetric wake even without contact.

Test: Map flow and plate trajectory.

Contrary outcome: Deflection disappears outside direct-contact range.

### S5-0368
Prediction: A thin air jet should remain attached longer to a wet flexible wall because capillary stress changes curvature.

Test: Measure curvature and separation point.

Contrary outcome: Attachment follows dry geometry alone.

### S5-0369
Prediction: A granular surface should emit fewer fines after wind-induced grain rocking compacts its exposed contacts.

Test: Measure rocking and aerosol flux.

Contrary outcome: Emission reduction requires bulk compaction.

### S5-0370
Prediction: A porous umbrella analogue should prevent abrupt inversion through sequential pressure equalization.

Test: Measure cavity pressures and shape.

Contrary outcome: Inversion remains simultaneous.

### S5-0371
Prediction: A fluttering ribbon should sweep suspended particles into narrow bands through oscillatory boundary-layer convergence.

Test: Measure particles and flow.

Contrary outcome: Bands follow gravitational settling alone.

### S5-0372
Prediction: A flexible surface should suppress droplet splashing when its recoil arrives before lamella breakup.

Test: Measure recoil and splash timing.

Contrary outcome: Suppression is recoil-phase independent.

### S5-0373
Prediction: A rough air channel should retain a directional flow memory after condensation creates asymmetric rivulets.

Test: Map rivulets and resistance.

Contrary outcome: Resistance is reciprocal after flow reversal.

### S5-0374
Prediction: A dust raft should lift from water when acoustic pressure synchronizes its capillary contacts.

Test: Measure contacts and lift threshold.

Contrary outcome: Lift follows bulk radiation pressure alone.

### S5-0375
Prediction: A falling liquid-filled capsule should stabilize orientation when internal sloshing counteracts its angular velocity.

Test: Measure rotation and liquid motion.

Contrary outcome: Stability is unchanged when liquid is immobilized.

### S5-0376
Prediction: A suspended membrane should detect vortex approach through a localized tension wave before wake contact.

Test: Measure upstream pressure and membrane motion.

Contrary outcome: Motion begins only with local wake arrival.

### S5-0377
Prediction: A porous surface should reduce rebound of dry grains when impact drives air into a compliant subsurface cavity.

Test: Measure pressure and rebound.

Contrary outcome: Damping is unchanged when cavities are vented.

### S5-0378
Prediction: A curved liquid film should guide an air jet through pressure-dependent deformation.

Test: Measure jet and film shape.

Contrary outcome: Guidance follows fixed geometry alone.

### S5-0379
Prediction: A fiber mat should remove droplets more effectively after weak vibration opens downstream drainage pathways.

Test: Image pathways and collection.

Contrary outcome: Improvement follows collision rate alone.

### S5-0380
Prediction: A small elastic sail should turn toward weaker airflow when its leeward edge collapses first.

Test: Measure edge shape and torque.

Contrary outcome: Torque turns it toward stronger flow.

### S5-0381
Prediction: A settling flake should alternate between gliding states when its wet coating redistributes.

Test: Measure coating and trajectory.

Contrary outcome: State transitions are coating-independent.

### S5-0382
Prediction: A bubble curtain should sort suspended particles by wetting hysteresis at equal density.

Test: Measure surface hysteresis and passage.

Contrary outcome: Sorting follows size alone.

### S5-0383
Prediction: A compressed gas jet should trigger a mechanical latch through cooling-induced contraction before momentum loading peaks.

Test: Measure temperature, force and switching.

Contrary outcome: Switching follows force alone.

### S5-0384
Prediction: A porous acoustic liner should clear accumulated droplets when standing-wave pressure drives them toward drains.

Test: Track droplets and sound field.

Contrary outcome: Drainage is unchanged by node placement.

### S5-0385
Prediction: A flexible mesh should prevent ice shedding in large sheets by segmenting interfacial stress.

Test: Measure crack sizes and mesh motion.

Contrary outcome: Sheet sizes match rigid controls.

### S5-0386
Prediction: A falling seed replica should retain flight stability after damage when flexible veins redistribute aerodynamic load.

Test: Measure deformation and trajectory.

Contrary outcome: Stability depends only on remaining area.

### S5-0387
Prediction: A liquid-filled fiber should oscillate differently in crossflow when internal flow opposes external vortex forcing.

Test: Measure internal velocity and modes.

Contrary outcome: Modes follow total mass alone.

### S5-0388
Prediction: A low-speed air stream should carry a volatile tracer upstream locally through condensation-driven recirculation.

Test: Map tracer and velocity.

Contrary outcome: Upstream signal is explained by diffusion alone.

### S5-0389
Prediction: A water-coated rough surface should develop an aerodynamic drag minimum when droplets align into streamwise ridges.

Test: Measure ridge geometry and drag.

Contrary outcome: Drag follows water coverage monotonically.

### S5-0390
Prediction: A compliant vent should emit narrowband sound that predicts its impending closure.

Test: Measure aperture and acoustic spectrum.

Contrary outcome: Sound begins only after closure.

### S5-0391
Prediction: A porous electrode should develop a moving current hotspot as bubbles uncover and re-cover its active regions.

Test: Map bubbles and current.

Contrary outcome: Hotspots remain fixed to chemical defects.

### S5-0392
Prediction: A catalyst grain should remember a gas pulse through a delayed redistribution of adsorbed intermediate.

Test: Map adsorbates and product output.

Contrary outcome: Output depends only on instantaneous gas concentration.

### S5-0393
Prediction: A photoactive membrane should reverse solute flux after illumination stops because stored charge outlives its concentration gradient.

Test: Measure charge and concentration.

Contrary outcome: Flux decays without reversal.

### S5-0394
Prediction: A redox coating should become more wettable under mechanical tension that exposes buried charged groups.

Test: Map groups and contact angles.

Contrary outcome: Wetting follows strain-induced roughness alone.

### S5-0395
Prediction: A catalytic foam should resist gas blockage when elastic cell walls guide bubbles into shared channels.

Test: Image bubbles and turnover.

Contrary outcome: Blocked area matches rigid foam controls.

### S5-0396
Prediction: A chemically powered particle should stop near a soft wall because its reaction product changes wall adhesion.

Test: Measure product, adhesion and speed.

Contrary outcome: Stopping persists without product adsorption equally.

### S5-0397
Prediction: A reaction-generated solid should detach periodically when its growth stress exceeds reversible adhesion.

Test: Measure stress and shedding.

Contrary outcome: Detachment requires external shear.

### S5-0398
Prediction: A porous photocatalyst should produce a reaction front that follows its internal light-trapping path.

Test: Map optical intensity and conversion.

Contrary outcome: Conversion follows external illumination only.

### S5-0399
Prediction: A supported enzyme should retain activity under pulsed shear when its tether relaxes between pulses.

Test: Measure tether extension and turnover.

Contrary outcome: Pulsing provides no gain at equal cumulative shear.

### S5-0400
Prediction: A molecular switch should generate a net bending cycle when illumination alternates between two wavelengths with unequal penetration depths.

Test: Measure conversion profiles and curvature.

Contrary outcome: Bending is symmetric with no cycle area.

### S5-0401
Prediction: A gas-selective polymer should exhibit transient reversed selectivity after an abrupt pressure drop.

Test: Measure component flux and swelling.

Contrary outcome: Selectivity retains its steady-state sign.

### S5-0402
Prediction: A reactive droplet should accumulate ions at its rear through a wake of delayed complexation.

Test: Map ions and flow.

Contrary outcome: Ion profiles follow passive advection alone.

### S5-0403
Prediction: A catalytic gel should suppress runaway heating by swelling away from its heat source.

Test: Measure reaction rate, contact and temperature.

Contrary outcome: Temperature limitation occurs without swelling.

### S5-0404
Prediction: A confined reaction should exhibit a delayed rate peak when product first clears an adsorbing pore entrance.

Test: Measure entrance occupancy and turnover.

Contrary outcome: Rate peak is occupancy-independent.

### S5-0405
Prediction: A photochemical coating should erase a stress pattern faster from compressed than stretched regions.

Test: Measure conversion and stress.

Contrary outcome: Erasure is strain-independent.

### S5-0406
Prediction: A molecular assembly should transmit an oxidation trigger farther when its surface becomes more permeable after the first reaction.

Test: Map conversion and permeability.

Contrary outcome: Propagation remains local despite permeability increase.

### S5-0407
Prediction: A porous chelator should release ions selectively during bending because different sites experience unequal local strain.

Test: Measure strain and ion identity.

Contrary outcome: Release follows initial loading only.

### S5-0408
Prediction: A catalyst layer should show an activity stripe at a moving wetting front because reactant partitioning peaks at intermediate hydration.

Test: Map hydration and rate.

Contrary outcome: Rate follows water content monotonically.

### S5-0409
Prediction: A polymer-supported dye should recover after photobleaching through diffusion of unexposed segments into the illuminated zone.

Test: Track chains and emission.

Contrary outcome: Recovery occurs without segment movement.

### S5-0410
Prediction: A gas-producing enzyme film should wrinkle before bubble release and thereby concentrate subsequent nucleation.

Test: Measure wrinkle and bubble locations.

Contrary outcome: Nucleation ignores preexisting wrinkles.

### S5-0411
Prediction: A porous molecular film should delay an inhibitor more than a substrate through reversible wall binding.

Test: Measure both breakthrough curves.

Contrary outcome: Delay follows free diffusivity alone.

### S5-0412
Prediction: A reversible polymer coating should shed contamination when a chemical pulse changes its preferred curvature.

Test: Measure curvature and particle release.

Contrary outcome: Release is unchanged with curvature constrained.

### S5-0413
Prediction: A redox-active membrane should store a chemical pulse as a localized mechanical indentation.

Test: Read shape after solution restoration.

Contrary outcome: Indentation disappears with the pulse.

### S5-0414
Prediction: A reaction-diffusion system should generate a stationary boundary when catalyst motion opposes substrate diffusion.

Test: Map both species and reaction.

Contrary outcome: Boundary drifts despite flux balance.

### S5-0415
Prediction: A photothermal catalyst should produce less byproduct when internal flow removes hot fluid from its active surface.

Test: Measure temperature and selectivity.

Contrary outcome: Selectivity changes are temperature-independent.

### S5-0416
Prediction: A host-guest film should display a permeability overshoot when incoming molecules temporarily break more crosslinks than they reform.

Test: Measure bonds and flux.

Contrary outcome: Flux rises monotonically to equilibrium.

### S5-0417
Prediction: A charged catalyst should sort reaction products spatially through product-specific diffusiophoresis.

Test: Map products and particle motion.

Contrary outcome: Spatial separation follows passive diffusion only.

### S5-0418
Prediction: A polymer gel should retain a mechanical imprint after a transient acid pulse catalyzes local bond exchange under load.

Test: Measure bonds and residual shape.

Contrary outcome: Shape recovers despite local exchange.

### S5-0419
Prediction: A microreactor should avoid intermediate inhibition when a deforming wall periodically exposes fresh binding sites.

Test: Measure wall and inhibitor occupancy.

Contrary outcome: Output is unchanged when wall motion is prevented.

### S5-0420
Prediction: A molecular capsule should display a release burst when external solvent changes its shell's preferred twist.

Test: Measure twist and cargo.

Contrary outcome: Release follows solvent partitioning without torsion.

### S5-0421
Prediction: A porous optical film should distinguish acidic vapor from humidity through opposite spatial movement of its resonance nodes.

Test: Calibrate gases and water.

Contrary outcome: Node trajectories overlap.

### S5-0422
Prediction: A thin thermal sensor should reveal a hidden chemical reaction through a phase lead rather than temperature magnitude.

Test: Compare reaction and inert heat inputs.

Contrary outcome: Phase adds no reaction specificity.

### S5-0423
Prediction: A flexible acoustic cavity should distinguish wall fouling from liquid filling through mode-dependent frequency ratios.

Test: Test known states blindly.

Contrary outcome: Ratios remain indistinguishable.

### S5-0424
Prediction: A photonic strain gauge should retain accuracy after scratches when it reads a distributed mode rather than local intensity.

Test: Apply known damage and strain.

Contrary outcome: Distributed readout gives no error reduction.

### S5-0425
Prediction: A dielectric pore probe should detect adsorption front velocity from cross-correlated electrical noise.

Test: Compare noise and imaged fronts.

Contrary outcome: Noise correlations fail to recover velocity.

### S5-0426
Prediction: A capillary pressure sensor should reject acceleration artifacts by comparing opposed menisci.

Test: Test pressure and acceleration independently.

Contrary outcome: Differential signal remains acceleration-sensitive.

### S5-0427
Prediction: A fluorescent coating should identify solvent ingress direction through anisotropic rotational recovery.

Test: Measure molecular rotation after directional exposure.

Contrary outcome: Recovery is orientation-independent.

### S5-0428
Prediction: A resonant mass sensor should separate reversible adsorption from irreversible deposition through cycle-to-cycle phase recovery.

Test: Compare known loads.

Contrary outcome: Recovery does not classify loads.

### S5-0429
Prediction: An optical contact sensor should detect lubrication failure through increased temporal asymmetry of speckle fluctuations.

Test: Compare film thickness and friction.

Contrary outcome: Asymmetry begins only after wear.

### S5-0430
Prediction: A thermal pulse probe should recover pore-size distribution better from cooling curvature than a single fitted time constant.

Test: Test independently imaged networks.

Contrary outcome: Curvature adds no predictive information.

### S5-0431
Prediction: A soft flow sensor should identify two-phase flow through intermittent torsional pulses from passing interfaces.

Test: Image phases and sensor motion.

Contrary outcome: Torsion follows total flow alone.

### S5-0432
Prediction: A polarization measurement should distinguish reversible wall alignment from fracture-induced birefringence through recovery paths.

Test: Test controlled loading and damage.

Contrary outcome: Paths remain indistinguishable.

### S5-0433
Prediction: An acoustic sensor should detect the first connected ice bridge through a new low-loss propagation path.

Test: Image freezing topology.

Contrary outcome: Signal follows total ice fraction only.

### S5-0434
Prediction: A porous resistance sensor should detect dust loading before hydraulic pressure rises by monitoring contact-noise intermittency.

Test: Measure dust, noise and pressure.

Contrary outcome: Noise changes occur only after pressure rise.

### S5-0435
Prediction: A flexible calorimeter should distinguish swelling heat from reaction heat through simultaneous strain measurement.

Test: Calibrate each process.

Contrary outcome: Joint measurements remain underdetermined.

### S5-0436
Prediction: A waveguide humidity sensor should recover faster after mechanical vibration empties dead-end liquid pockets.

Test: Image pockets and optical recovery.

Contrary outcome: Recovery is unchanged by emptying.

### S5-0437
Prediction: A microcantilever should detect molecular-film aging through changes in its response to short rather than sustained loads.

Test: Compare load durations and film dynamics.

Contrary outcome: Responses scale identically with aging.

### S5-0438
Prediction: A transparent adhesive sensor should reveal bond rupture density through emitted-light intermittency without tracking individual cracks.

Test: Compare light and microscopy.

Contrary outcome: Emission cannot quantify ruptures.

### S5-0439
Prediction: A thermal-emission assay should identify trapped gas through angle-dependent cooling transients.

Test: Test calibrated gas pockets.

Contrary outcome: Angular response follows surface geometry alone.

### S5-0440
Prediction: A capacitive coating should distinguish compression from drying through opposite phase loops in complex impedance.

Test: Calibrate both perturbations.

Contrary outcome: Loops overlap across inputs.

### S5-0441
Prediction: A mechanically active sensor should reduce chemical-response hysteresis by periodically renewing its exposed surface.

Test: Measure surface exchange and output.

Contrary outcome: Hysteresis reduction is exchange-independent.

### S5-0442
Prediction: A capillary imaging assay should locate unseen pore blockage through upstream meniscus fluctuation correlations.

Test: Compare known blockages.

Contrary outcome: Correlations cannot localize blockage.

### S5-0443
Prediction: A fluorescent pressure film should retain overload duration through a slow recovery tail.

Test: Apply equal-peak pulses of varied duration.

Contrary outcome: Recovery depends only on peak load.

### S5-0444
Prediction: A suspended resonator should detect solvent composition gradients through mode-shape asymmetry.

Test: Measure composition profiles.

Contrary outcome: Asymmetry follows total mass alone.

### S5-0445
Prediction: An optical fiber should reveal internal gel fracture through localized spectral broadening before transmission falls.

Test: Image fracture and spectra.

Contrary outcome: Broadening begins only after intensity loss.

### S5-0446
Prediction: A dielectric assay should identify bound-water release through a separate relaxation peak during heating.

Test: Compare calorimetry and spectra.

Contrary outcome: Peaks cannot separate bound and free water.

### S5-0447
Prediction: A thermal sensor should detect capillary bridge rupture through a discontinuous contact conductance drop.

Test: Image rupture and heat flux.

Contrary outcome: Conductance varies continuously through rupture.

### S5-0448
Prediction: A soft acoustic probe should distinguish a filled pore from an empty collapsed pore through nonlinear harmonics.

Test: Test known topologies.

Contrary outcome: Harmonic signatures remain degenerate.

### S5-0449
Prediction: A pressure-sensitive optical tag should identify loading sequence through the order of retained bistable domains.

Test: Apply reversed sequences.

Contrary outcome: Final pattern is sequence-independent.

### S5-0450
Prediction: A photothermal assay should reveal interfacial debonding through a delayed acoustic echo despite unchanged optical reflectance.

Test: Compare echoes and destructive sectioning.

Contrary outcome: Echoes add no debonding sensitivity.

### S5-0451
Prediction: A dry mineral bed should release a concentrated dissolved-organic pulse when its first connected water film forms.

Test: Measure connectivity and effluent.

Contrary outcome: Release follows cumulative water volume alone.

### S5-0452
Prediction: A sediment surface should retain a cooling-induced density layer that suppresses colloid resuspension after warming begins.

Test: Map density and particle flux.

Contrary outcome: Resuspension follows instantaneous temperature only.

### S5-0453
Prediction: A salt-crusted pore should preferentially admit fog droplets through mechanically fractured edges.

Test: Image impacts and entry sites.

Contrary outcome: Entry is independent of crust fractures.

### S5-0454
Prediction: A porous rock analogue should develop transient negative pore pressure after rapid external decompression because gas leaves before liquid.

Test: Measure phase-specific flow and pressure.

Contrary outcome: Pressure follows external decompression monotonically.

### S5-0455
Prediction: A mineral-coated fiber network should collect dissolved phosphate preferentially where compression creates new grain contacts.

Test: Map contacts and phosphate.

Contrary outcome: Adsorption follows exposed area alone.

### S5-0456
Prediction: A soil aggregate should survive rainfall better after a mild freeze creates a reinforcing internal mineral bridge.

Test: Image bridge and impact strength.

Contrary outcome: Freeze history only weakens aggregates.

### S5-0457
Prediction: A clay-lined pore should eject trapped colloids when rewetting causes its walls to buckle inward.

Test: Measure wall motion and particle release.

Contrary outcome: Release requires external flow shear.

### S5-0458
Prediction: A wet ash layer should retain a pH gradient after clean-water flushing through slow dissolution of inaccessible grains.

Test: Map pH and grain access.

Contrary outcome: Gradient decays at the free-diffusion rate.

### S5-0459
Prediction: A submerged mineral film should peel from its support during gas nucleation at buried defects.

Test: Image gas and peeling.

Contrary outcome: Peeling occurs without buried bubbles.

### S5-0460
Prediction: A carbonate grain should accumulate fines in its dissolving wake through locally increased density.

Test: Measure density and particle trajectories.

Contrary outcome: Capture follows surface adhesion only.

### S5-0461
Prediction: A layered sand bed should form isolated vapor pockets when its drying front crosses a capillary barrier.

Test: Image phases and front motion.

Contrary outcome: Gas remains continuously connected.

### S5-0462
Prediction: A mineral-organic film should concentrate water at stressed fold lines through increased local sorption.

Test: Map stress and water.

Contrary outcome: Sorption follows thickness alone.

### S5-0463
Prediction: A porous salt layer should trap an aerosol pulse temporarily by deliquescing at its entrance.

Test: Measure liquid and breakthrough.

Contrary outcome: Capture is unchanged below deliquescence.

### S5-0464
Prediction: A sediment seam should conduct an acoustic pulse faster after slight wetting connects stiff liquid bridges.

Test: Measure bridge topology and wave speed.

Contrary outcome: Speed follows average saturation alone.

### S5-0465
Prediction: A mineral rind should develop a preferred crack spacing set by vapor diffusion length during dehydration.

Test: Measure front and cracks.

Contrary outcome: Spacing follows rind thickness alone.

### S5-0466
Prediction: A clay-coated droplet should retain dissolved ions after evaporation through cooperative collapse of its shell.

Test: Measure shell and ion release upon rewetting.

Contrary outcome: Retention follows ordinary crystallization only.

### S5-0467
Prediction: A porous carbonate should focus dissolution below a moving contact line because repeated wetting renews reactants.

Test: Map reaction and line history.

Contrary outcome: Dissolution follows total wet time alone.

### S5-0468
Prediction: A thermal pulse through sediment should generate a transient solute counterflow through differential adsorption enthalpies.

Test: Measure solute and water velocities.

Contrary outcome: Solute always follows water.

### S5-0469
Prediction: A floating mineral raft should sort grains by wetting relaxation time during gentle wave cycling.

Test: Measure single-grain wetting and positions.

Contrary outcome: Sorting follows density alone.

### S5-0470
Prediction: A salt-bearing soil analogue should preserve a dry internal lens after surface flooding because trapped gas resists compression.

Test: Image gas and saturation.

Contrary outcome: Flooding eliminates dry regions immediately.

### S5-0471
Prediction: A mineral gel should stiffen first at its drying front when migrating ions crosslink the network.

Test: Map ions and modulus.

Contrary outcome: Stiffening follows water loss without ion enrichment.

### S5-0472
Prediction: A sediment fracture should seal faster after pulsed than continuous mineral supply because rest allows nuclei to anchor.

Test: Measure anchoring and aperture.

Contrary outcome: Sealing depends only on supplied mineral mass.

### S5-0473
Prediction: A porous stone should emit a spatially localized odorant pulse when humidity displaces adsorbed organic molecules.

Test: Map vapor and local water.

Contrary outcome: Release is spatially uniform.

### S5-0474
Prediction: A sand layer should show transient upward grain motion when capillary bridges contract during cooling.

Test: Measure bridges and grain displacement.

Contrary outcome: Motion requires external vibration.

### S5-0475
Prediction: A clay film should crack along a chemical front when ion exchange produces a localized shrinkage band.

Test: Map ions and strain.

Contrary outcome: Cracks ignore the exchange front.

### S5-0476
Prediction: A mineral aggregate should show a dissolution-rate minimum while internal gas disconnects its wet surface network.

Test: Image gas and reaction.

Contrary outcome: Rate follows wetted area continuously.

### S5-0477
Prediction: A sediment bed should retain microfibers more strongly after flow reversal wraps them around contact clusters.

Test: Track fiber geometry and retention.

Contrary outcome: Retention is reversal-independent.

### S5-0478
Prediction: A drying porous shell should become more permeable when residual compressive stress opens tangential cracks.

Test: Measure stress, cracks and flow.

Contrary outcome: Permeability changes require tensile stress.

### S5-0479
Prediction: A carbonate membrane should preferentially precipitate at throats that carry the largest pressure fluctuations.

Test: Map fluctuations and deposition.

Contrary outcome: Deposition follows mean flow alone.

### S5-0480
Prediction: A mineral dust film should shed in coherent islands when dew bridges transfer stress between grains.

Test: Measure bridges and detachment sizes.

Contrary outcome: Grains detach independently.

### S5-0481
Prediction: A nonviable root tip should concentrate condensation at its softened outer boundary.

Test: Map modulus and dew.

Contrary outcome: Condensation follows curvature and temperature only.

### S5-0482
Prediction: A fungal mat should retain hydraulic conductivity after a local tear through elastic closure of neighboring channels.

Test: Image channels and flow.

Contrary outcome: Conductivity drops in proportion to severed area.

### S5-0483
Prediction: A leaf vein should carry a mechanical wave farther when its fluid column remains continuous.

Test: Compare embolized and intact veins.

Contrary outcome: Propagation is liquid-continuity independent.

### S5-0484
Prediction: A seed coat should stiffen locally ahead of a drying front because solute accumulates there.

Test: Map solute and indentation modulus.

Contrary outcome: Stiffness follows water content alone.

### S5-0485
Prediction: A moss cushion should resist compression more strongly during rapid wetting than after full hydration.

Test: Measure force and water distribution.

Contrary outcome: Resistance depends only on total water.

### S5-0486
Prediction: A fungal cord junction should act as a capillary reservoir during pressure drops.

Test: Measure junction volume and branch flow.

Contrary outcome: Junctions provide no buffering beyond their volume.

### S5-0487
Prediction: A leaf hair layer should support a droplet through collective bending with little epidermal pressure.

Test: Measure hair motion and substrate force.

Contrary outcome: Most force reaches the epidermis directly.

### S5-0488
Prediction: A woody fiber should transmit an electric streaming pulse during bending-induced internal water flow.

Test: Measure voltage and lumen flow.

Contrary outcome: Voltage remains after fluid motion is eliminated equally.

### S5-0489
Prediction: A root exudate film should become more slippery after shear aligns its long molecules near the wall.

Test: Map alignment and friction.

Contrary outcome: Friction follows viscosity without alignment.

### S5-0490
Prediction: A fungal spore should retain asymmetric hydration after apparently uniform surface wetting.

Test: Map internal water.

Contrary outcome: Water becomes uniform with surface coverage.

### S5-0491
Prediction: A leaf skeleton should route a crack toward an empty mesh cell rather than through a major vein.

Test: Map stress and path.

Contrary outcome: Cracks follow local stress without network effects.

### S5-0492
Prediction: A grass stem should resist torsional failure through sequential unwinding of nested fiber layers.

Test: Image layers and torque.

Contrary outcome: All layers deform together.

### S5-0493
Prediction: A seed mucilage should rebuild its radial structure after drying through guided re-extension of attached fibrils.

Test: Image labeled fibrils across cycles.

Contrary outcome: Radial structure reappears without fibril guidance.

### S5-0494
Prediction: A fungal hypha should reduce contact friction by forming a locally hydrated sleeve under sustained compression.

Test: Measure hydration and friction.

Contrary outcome: Friction reduction occurs without sleeve formation.

### S5-0495
Prediction: A leaf's cut edge should wick liquid more slowly after drying closes its exposed channels.

Test: Image channel geometry and uptake.

Contrary outcome: Uptake is unchanged after re-equilibration.

### S5-0496
Prediction: A bark layer should bend toward a local humidity source through differential opening of lenticel-like pores.

Test: Measure pore opening and curvature.

Contrary outcome: Bending follows bulk swelling alone.

### S5-0497
Prediction: A fern leaflet should emit a reproducible acoustic click at the onset of hinge cavitation.

Test: Measure sound and gas appearance.

Contrary outcome: Clicks lack cavitation timing.

### S5-0498
Prediction: A root hair should trap a particle through a temporary loop formed during bending recovery.

Test: Track loop and retention.

Contrary outcome: Capture requires chemical adhesion only.

### S5-0499
Prediction: A fungal sheet should exhibit a moving wetting ridge when water infiltrates its upper surface.

Test: Map ridge and infiltration.

Contrary outcome: Deformation is spatially uniform.

### S5-0500
Prediction: A seed appendage should retain an electrostatic charge longer when drying closes conductive surface grooves.

Test: Measure grooves and charge decay.

Contrary outcome: Decay follows humidity without geometry dependence.

### S5-0501
Prediction: A plant cuticle should recover permeability after localized stretching through slow wax migration into defects.

Test: Map wax and tracer flux.

Contrary outcome: Recovery occurs without migration.

### S5-0502
Prediction: A wood vessel should retain a liquid plug after surrounding tissue dries because pit membranes pin its ends.

Test: Image plugs and pits.

Contrary outcome: Plugs disappear at the same threshold as open tubes.

### S5-0503
Prediction: A moss leaf should unfold faster after repeated incomplete wetting because residual water occupies its hinge.

Test: Map water and angle.

Contrary outcome: Unfolding is history-independent at equal mean water.

### S5-0504
Prediction: A fungal cord should avoid sharp curvature under flow through redistribution of internal tension.

Test: Measure tension and shape.

Contrary outcome: Shape follows passive bending with uniform tension.

### S5-0505
Prediction: A leaf surface should show directional frost release when veins guide interfacial meltwater.

Test: Map water and detachment.

Contrary outcome: Release direction is vein-independent.

### S5-0506
Prediction: A root sheath should retain fines during drying through collapse into a cage around particle clusters.

Test: Image cage and retention.

Contrary outcome: Particles detach despite cage closure.

### S5-0507
Prediction: A seed coat should scatter sound differently after imbibition opens its internal lamellae.

Test: Measure sound and lamellar spacing.

Contrary outcome: Changes follow bulk water mass alone.

### S5-0508
Prediction: A fungal mat should concentrate mechanical strain at interfaces between recently grown and older strands.

Test: Map age and strain.

Contrary outcome: Strain follows thickness alone.

### S5-0509
Prediction: A dried fruit wall should preserve a vibration signature of prior compression through locked seam offsets.

Test: Measure offsets and modes.

Contrary outcome: Modes return despite residual offsets.

### S5-0510
Prediction: A cellulose mat should produce a short water jet when a fold snaps open underwater.

Test: Measure fold and fluid velocity.

Contrary outcome: Fluid follows smooth quasistatic displacement.

### S5-0511
Prediction: A porous photonic coating should reveal a hidden wetting barrier through a stalled resonance front.

Test: Map spectral and water fronts.

Contrary outcome: Spectral fronts cannot locate the barrier.

### S5-0512
Prediction: A soft dielectric sensor should distinguish internal gas release from wall fracture through opposite loss-frequency shifts.

Test: Calibrate known events.

Contrary outcome: Shift directions overlap.

### S5-0513
Prediction: A thermal probe should estimate contact connectivity from nonexponential cooling even when total porosity is fixed.

Test: Test known networks.

Contrary outcome: Cooling depends only on porosity.

### S5-0514
Prediction: A liquid-crystal indicator should record a shear event through a long-lived disclination pair.

Test: Image defects after loading.

Contrary outcome: Defects relax before readout.

### S5-0515
Prediction: A fluorescent pressure reporter should avoid concentration artifacts when anisotropy and lifetime are combined.

Test: Test independently varied concentration and pressure.

Contrary outcome: Combined signals remain confounded.

### S5-0516
Prediction: A microacoustic assay should identify a fluid inclusion's viscosity from its damping spectrum without resolving its shape optically.

Test: Test known inclusions.

Contrary outcome: Shape uncertainty dominates viscosity estimates.

### S5-0517
Prediction: A photothermal sensor should distinguish adsorption from wetting through the sign of its initial heat pulse.

Test: Calibrate both processes.

Contrary outcome: Signs are not separable.

### S5-0518
Prediction: A resonant membrane should reveal a buried gel phase boundary through local mode conversion.

Test: Map phase and vibration.

Contrary outcome: Conversion follows thickness variation alone.

### S5-0519
Prediction: A fiber-optic pressure probe should retain calibration under torsion when two counterwound sensing paths are compared.

Test: Apply combined loads.

Contrary outcome: Correction fails blinded pressure recovery.

### S5-0520
Prediction: A porous capacitance sensor should report an evaporation front's direction through sequential electrode covariance.

Test: Compare known fronts.

Contrary outcome: Covariance cannot recover direction.

### S5-0521
Prediction: A thin optical cavity should detect interfacial creep from a slow polarization drift despite constant gap thickness.

Test: Measure creep and thickness.

Contrary outcome: Drift follows thickness alone.

### S5-0522
Prediction: A soft acoustic tag should retain an impact's approximate duration through unequal recovery of two cavities.

Test: Apply equal-energy pulses.

Contrary outcome: Recovery ratios depend only on energy.

### S5-0523
Prediction: A microthermal array should locate vapor channels through delayed temperature anticorrelations.

Test: Map gas and heat.

Contrary outcome: Correlations cannot identify channels.

### S5-0524
Prediction: A fluorescent membrane should distinguish ion binding from protonation through time-dependent polarization.

Test: Calibrate both changes.

Contrary outcome: Polarization paths overlap.

### S5-0525
Prediction: A granular sensor should retain overload count as progressive contact-network densification.

Test: Measure topology after counted pulses.

Contrary outcome: State depends only on the largest pulse.

### S5-0526
Prediction: A flexible optical grating should detect delamination through an abrupt rotation of its strain axis.

Test: Measure axis and interface separation.

Contrary outcome: Rotation occurs equally without delamination.

### S5-0527
Prediction: A dielectric droplet sensor should identify coalescence through a transient higher-order harmonic.

Test: Image known mergers.

Contrary outcome: Harmonics lack event specificity.

### S5-0528
Prediction: A capillary gauge should measure shear direction through unequal depinning times of opposed interfaces.

Test: Apply reversed shear.

Contrary outcome: Depinning order is direction-independent.

### S5-0529
Prediction: A resonator should detect reversible molecular crosslinking through temperature-dependent frequency-noise asymmetry.

Test: Measure bond exchange and noise.

Contrary outcome: Asymmetry follows instrumental drift only.

### S5-0530
Prediction: An optical film should reveal a moving hydration boundary through changes in scattered-light chirality.

Test: Map water and polarization.

Contrary outcome: Chirality carries no boundary information.

### S5-0531
Prediction: A porous thermal sensor should distinguish water from oil contamination through differential recovery after a heat pulse.

Test: Test calibrated liquids.

Contrary outcome: Recovery curves overlap after viscosity matching.

### S5-0532
Prediction: A suspended waveguide should detect a single internal crack through mode-coupling phase rather than total attenuation.

Test: Compare imaged cracks.

Contrary outcome: Phase adds no sensitivity.

### S5-0533
Prediction: A colorimetric gel should record exposure frequency through competition between fast protonation and slow structural recovery.

Test: Apply equal-dose pulse trains.

Contrary outcome: Final color depends only on dose.

### S5-0534
Prediction: An acoustic pressure sensor should reject temperature drift using a mode that samples a sealed reference cavity.

Test: Test independent temperature and pressure.

Contrary outcome: Reference correction does not reduce error.

### S5-0535
Prediction: A soft magnetic probe should locate hidden slip planes through spatial changes in magnetic noise under small loads.

Test: Compare destructive sections.

Contrary outcome: Noise cannot localize planes.

### S5-0536
Prediction: A thermal-emission coating should report surface water continuity through a change in polarization ratio.

Test: Image water topology.

Contrary outcome: Ratio follows water mass alone.

### S5-0537
Prediction: A piezoelectric mat should distinguish abrasion from flexing through different burst-duration distributions.

Test: Apply blinded mechanical events.

Contrary outcome: Distributions remain indistinguishable.

### S5-0538
Prediction: A fluorescent pore sensor should identify clogging material by its effect on molecular rotation near the wall.

Test: Test chemically distinct deposits.

Contrary outcome: Responses follow blockage area only.

### S5-0539
Prediction: A capillary balance should separate humidity drift from deposited mass by reversing its meniscus orientation.

Test: Calibrate both inputs.

Contrary outcome: Reversal leaves both signals degenerate.

### S5-0540
Prediction: A transparent sensor should detect fatigue through irreversible rotation of nanoscale scattering domains before crack formation.

Test: Measure domains and fatigue life.

Contrary outcome: Rotation begins only after cracks.

### S5-0541
Prediction: An elastic droplet skin should store compression as hidden folds that unfold during later evaporation.

Test: Measure fold area and surface shape.

Contrary outcome: Folds collapse irreversibly or remain unchanged.

### S5-0542
Prediction: A capillary bridge should draw a flexible wall toward its narrowest region and thereby stabilize itself.

Test: Measure wall displacement and bridge lifetime.

Contrary outcome: Wall motion accelerates rupture.

### S5-0543
Prediction: A liquid thread should form a transient hollow neck when an elastic interface relaxes slower than its interior.

Test: Image three-dimensional neck topology.

Contrary outcome: Neck remains simply connected.

### S5-0544
Prediction: A bubble should migrate toward a softer wall region during pressure oscillation because deformation creates asymmetric drag.

Test: Map wall stiffness and motion.

Contrary outcome: Migration follows pressure gradients alone.

### S5-0545
Prediction: A granular slurry should expel clear solvent in a pulse when a local shear jam spans its channel.

Test: Measure jamming and solvent flux.

Contrary outcome: Expulsion occurs without spanning contacts.

### S5-0546
Prediction: A droplet should retain an internal vortex after translation stops when its interface carries a rotating elastic patch.

Test: Measure patch and velocity.

Contrary outcome: Flow decays at the unmodified viscous rate.

### S5-0547
Prediction: A liquid bridge should select its rupture side according to previous contact-line motion.

Test: Reverse loading histories and image rupture.

Contrary outcome: Rupture side is history-independent.

### S5-0548
Prediction: A porous film should produce a sequence of equal liquid pulses when its cavities drain by snap-through.

Test: Measure cavity states and pulse volumes.

Contrary outcome: Pulse volumes are uncontrolled.

### S5-0549
Prediction: A deformable capsule should pass a constriction more readily after a short precompression aligns its internal filaments.

Test: Image filaments and passage pressure.

Contrary outcome: Precompression effect persists without alignment equally.

### S5-0550
Prediction: A foam should redirect a pressure pulse along wet borders when dry cell faces become mechanically isolated.

Test: Measure pressure and liquid topology.

Contrary outcome: Pulse paths follow geometry alone.

### S5-0551
Prediction: A droplet should roll rather than slide after its contact line deposits a lubricating molecular trail.

Test: Measure trail and internal rotation.

Contrary outcome: Motion mode ignores trail formation.

### S5-0552
Prediction: A thin liquid film should thicken locally when substrate contraction draws fluid toward a moving fold.

Test: Map fold and thickness.

Contrary outcome: Thickening follows evaporation heterogeneity only.

### S5-0553
Prediction: A capillary interface should sort particles by rotational drag during repeated depinning.

Test: Measure rotation and final position.

Contrary outcome: Sorting follows translational drag alone.

### S5-0554
Prediction: A liquid-filled shell should resist puncture through a pressure wave that loads distant supports.

Test: Measure pressure propagation and puncture force.

Contrary outcome: Distant supports carry no transient load.

### S5-0555
Prediction: A wet fiber pair should twist together when evaporation moves their liquid bridge off-axis.

Test: Track bridge and torque.

Contrary outcome: Twisting is bridge-position independent.

### S5-0556
Prediction: A gas pocket should remain trapped after pore expansion because a liquid collar follows the wall.

Test: Image collar and gas escape.

Contrary outcome: Expansion always vents gas immediately.

### S5-0557
Prediction: A confined suspension should recover flow faster after rest when weak aggregates break preferentially at the entrance.

Test: Map aggregates and restart pressure.

Contrary outcome: Rest only increases resistance.

### S5-0558
Prediction: A droplet bridge should draw solute toward its neck through curvature-driven solvent exchange.

Test: Measure concentration and radius.

Contrary outcome: Solute follows uniform evaporation only.

### S5-0559
Prediction: A flexible channel should produce a delayed backflow after forward pressure ends because wall recoil overtakes plug motion.

Test: Measure wall and velocity.

Contrary outcome: Flow decays monotonically without reversal.

### S5-0560
Prediction: A floating sheet should migrate away from a wetting patch through capillary stress transmitted across its edges.

Test: Map menisci and force.

Contrary outcome: Motion requires bulk surface flow.

### S5-0561
Prediction: A liquid lens should damp neighboring capillary waves by recruiting an interfacial viscosity gradient.

Test: Measure wave loss and surface rheology.

Contrary outcome: Loss is unchanged with uniform viscosity.

### S5-0562
Prediction: A capillary network should preserve a flow split after pressure equalization through unequal meniscus pinning.

Test: Track branch flux and interfaces.

Contrary outcome: Split resets immediately.

### S5-0563
Prediction: A bubble should flatten asymmetrically near a permeable wall because local drainage relieves pressure on one side.

Test: Measure shape and wall flux.

Contrary outcome: Shape follows elastic compliance alone.

### S5-0564
Prediction: A droplet should cross a narrow gap by forming a temporary vapor bridge that prewets the far surface.

Test: Image condensation and transfer.

Contrary outcome: Transfer requires direct liquid contact first.

### S5-0565
Prediction: A soft particle should rotate in an extensional flow when internal solvent migration breaks shape symmetry.

Test: Measure water and orientation.

Contrary outcome: Rotation follows initial asymmetry alone.

### S5-0566
Prediction: A wet granular cluster should expand transiently after decompression because bridges pull rotating grains into a more open packing.

Test: Measure contacts and volume.

Contrary outcome: Packing contracts monotonically.

### S5-0567
Prediction: A moving air-liquid interface should align flexible fibers through sequential end capture.

Test: Track endpoints and orientation.

Contrary outcome: Both ends respond simultaneously without alignment bias.

### S5-0568
Prediction: A draining liquid sheet should form stationary channels where interfacial particles jam its ridges.

Test: Map particles and thickness.

Contrary outcome: Channels persist equally without particles.

### S5-0569
Prediction: A capillary plug should split into unequal parts when an internal gel stores an off-center stress.

Test: Measure gel strain and daughter volumes.

Contrary outcome: Division follows geometry alone.

### S5-0570
Prediction: A droplet should maintain a noncircular footprint on a chemically uniform surface through residual substrate shear.

Test: Map strain and contact line.

Contrary outcome: Footprint circularizes after force removal.

### S5-0571
Prediction: A thin shell should acquire directional stiffness after one asymmetric buckling cycle.

Test: Measure ridges and stiffness tensor.

Contrary outcome: Stiffness returns to isotropy.

### S5-0572
Prediction: A fiber network should channel a crack through regions of lower rotational constraint rather than lower density.

Test: Map constraints and fracture.

Contrary outcome: Density predicts crack path completely.

### S5-0573
Prediction: A soft contact should produce a torque pulse when its adhesive perimeter depins at unequal times.

Test: Image perimeter and torque.

Contrary outcome: Torque is absent after alignment correction.

### S5-0574
Prediction: A granular spring should display an extended plateau when particle cavities collapse in a programmed spatial sequence.

Test: Measure cavities and force.

Contrary outcome: Plateau ignores collapse order.

### S5-0575
Prediction: An inflated tube should retain a bend after pressure removal because opposing inner surfaces temporarily adhere.

Test: Image contact and recovery.

Contrary outcome: Bend persists equally without adhesion.

### S5-0576
Prediction: A woven laminate should resist tearing through reversible yarn loops that tighten ahead of the tip.

Test: Measure loops and crack speed.

Contrary outcome: Tearing is unchanged when loops are fixed.

### S5-0577
Prediction: A compliant lattice should redirect a wave by temporarily closing selected gaps under the wave's own stress.

Test: Measure gaps and energy.

Contrary outcome: Routing is amplitude-independent.

### S5-0578
Prediction: A polymer shell should heal an indentation through solvent uptake concentrated at its strained rim.

Test: Map solvent and shape.

Contrary outcome: Recovery is spatially uniform.

### S5-0579
Prediction: A rough contact should show a stiffness overshoot after unloading because high-force asperities relax last.

Test: Measure contacts and stiffness.

Contrary outcome: Stiffness returns monotonically.

### S5-0580
Prediction: A twisted elastic loop should release its stored energy through a moving self-contact point.

Test: Track contact and angular velocity.

Contrary outcome: Release occurs without contact migration.

### S5-0581
Prediction: A porous membrane should survive repeated puncture better when its pores rotate to distribute strain.

Test: Image rotation and damage.

Contrary outcome: Survival is unchanged with pore rotation blocked.

### S5-0582
Prediction: A fiber mat should stiffen under shear when neighboring loops hook reversibly.

Test: Measure contacts and modulus.

Contrary outcome: Stiffening occurs without hooking.

### S5-0583
Prediction: A layered beam should separate bending direction from loading rate through different interfacial slip patterns.

Test: Map slip under blinded loads.

Contrary outcome: Patterns remain degenerate.

### S5-0584
Prediction: A soft shell should absorb shock by transferring gas from the impact region into flexible peripheral pockets.

Test: Measure pressure and rebound.

Contrary outcome: Damping is unchanged with pockets disconnected.

### S5-0585
Prediction: A compressed film should emit a sequence of acoustic pulses as wrinkle domains merge.

Test: Image domains and sound.

Contrary outcome: Pulses lack merger timing.

### S5-0586
Prediction: An elastic lattice should retain a localized defect after global inversion and use it to select the next inversion path.

Test: Track defect and switching.

Contrary outcome: Paths are defect-independent.

### S5-0587
Prediction: A granular coating should resist erosion through reversible grain rotation that buries exposed edges.

Test: Measure rotation and mass loss.

Contrary outcome: Erosion resistance is rotation-independent.

### S5-0588
Prediction: A stretched membrane should suppress nearby crack growth when its curvature relaxes local tension.

Test: Map curvature and stress.

Contrary outcome: Cracks ignore curvature changes.

### S5-0589
Prediction: A soft hinge should recover a preferred angle after damage through migration of a mobile reinforcing phase.

Test: Image reinforcement and torque.

Contrary outcome: Recovery occurs without phase migration.

### S5-0590
Prediction: A hollow fiber should dissipate bending energy through internal gas compression only above a deformation threshold.

Test: Measure pressure and loss.

Contrary outcome: Loss varies smoothly without threshold.

### S5-0591
Prediction: A mechanical stopper should release after a fixed number of small load cycles through progressive interface creep.

Test: Measure creep and cycle count.

Contrary outcome: Release depends only on elapsed time.

### S5-0592
Prediction: A flexible plate should retain an impact location as a local change in its nonlinear resonance.

Test: Measure spatial modes after known impacts.

Contrary outcome: Nonlinearity cannot localize impacts.

### S5-0593
Prediction: A granular clutch should engage more reproducibly after a short reverse motion removes weak contacts.

Test: Map contacts and engagement threshold.

Contrary outcome: Variability is unchanged.

### S5-0594
Prediction: A porous soft solid should contract laterally under tension when internal cavities rotate before changing volume.

Test: Image cavities and strain.

Contrary outcome: Contraction follows volume loss alone.

### S5-0595
Prediction: A bent laminate should delaminate less when a lubricating interlayer redistributes stress over a longer distance.

Test: Map shear and fracture.

Contrary outcome: Lubrication only accelerates delamination.

### S5-0596
Prediction: A mechanical chain should propagate a state change without propagating a large displacement pulse.

Test: Measure states and motion.

Contrary outcome: Switching requires a comparable displacement pulse.

### S5-0597
Prediction: A soft ring should turn an axial impulse into torsional motion when one section buckles first.

Test: Image buckling and torque.

Contrary outcome: Torsion is absent after geometric correction.

### S5-0598
Prediction: A fibrous gel should resist fatigue through slow exchange of load-bearing contacts during resting intervals.

Test: Map contacts and life.

Contrary outcome: Rest benefits persist with exchange arrested equally.

### S5-0599
Prediction: An elastic microcapsule should recover its volume faster after a twist opens temporary drainage channels.

Test: Measure channels and recovery.

Contrary outcome: Twisting only delays recovery.

### S5-0600
Prediction: A rough adhesive should peel more quietly when a solvent pulse synchronizes microscopic contact release.

Test: Measure contact timing and sound.

Contrary outcome: Noise falls without synchronization.

### S5-0601
Prediction: An optical cavity should reveal trapped stress through unequal resonance recovery after opposite thermal cycles.

Test: Measure stress and spectra.

Contrary outcome: Recovery is cycle-direction independent.

### S5-0602
Prediction: A transparent foam should produce a persistent optical axis after small bubbles collapse selectively.

Test: Map bubble sizes and polarization.

Contrary outcome: Polarization remains isotropic.

### S5-0603
Prediction: A reflective membrane should show a brief spectral narrowing when wrinkles align during mechanical recoil.

Test: Measure topography and spectrum.

Contrary outcome: Narrowing follows rigid motion alone.

### S5-0604
Prediction: A photonic gel should display a moving dark band when solute redistribution temporarily destroys local order.

Test: Map solute and diffraction.

Contrary outcome: Darkening follows water content only.

### S5-0605
Prediction: A waveguide should detect capillary bridge formation through increased coupling between adjacent fibers.

Test: Image bridges and optical transfer.

Contrary outcome: Coupling changes require solid contact.

### S5-0606
Prediction: A soft lens should preserve image position during vibration by allowing its support liquid to move out of phase.

Test: Measure liquid and image motion.

Contrary outcome: Stabilization disappears after mass matching.

### S5-0607
Prediction: A porous optical film should retain an angle-dependent signature of previous immersion through isolated liquid pockets.

Test: Map pockets and spectra.

Contrary outcome: Signature vanishes upon surface drying.

### S5-0608
Prediction: A mechanically driven grating should suppress one diffraction order through asymmetric wrinkle relaxation.

Test: Measure orders and wrinkle timing.

Contrary outcome: Order ratios follow static geometry alone.

### S5-0609
Prediction: A fluorescence map should reveal internal fluid circulation through rotational anisotropy without tracking particles.

Test: Compare independent velocimetry.

Contrary outcome: Anisotropy cannot recover circulation.

### S5-0610
Prediction: A photothermal membrane should bend away from a heat source after internal vapor pressure redistributes.

Test: Measure pressure and curvature.

Contrary outcome: Bending follows direct thermal expansion alone.

### S5-0611
Prediction: A liquid-crystal surface should distinguish tensile from compressive loading through opposite defect drift directions.

Test: Track defects under calibrated loads.

Contrary outcome: Drift directions overlap.

### S5-0612
Prediction: An optical scatterer should retain the order of two strain pulses through noncommuting particle rearrangements.

Test: Apply reversed pulse order.

Contrary outcome: Final spectra are order-independent.

### S5-0613
Prediction: A porous mirror should reduce infrared absorption after condensation fills only its smallest cavities.

Test: Map cavity water and absorption.

Contrary outcome: Absorption follows total water monotonically.

### S5-0614
Prediction: A transparent gel should reveal solvent-flow direction through a temporary refractive-index wake behind a moving inclusion.

Test: Measure index and flow.

Contrary outcome: Wake follows inclusion shape without flow dependence.

### S5-0615
Prediction: A resonant coating should separate surface contamination from bulk swelling through unequal spatial localization of two optical modes.

Test: Calibrate both states.

Contrary outcome: Modes remain degenerate.

### S5-0616
Prediction: A flexible polarizer should rotate its transmission axis after a local shear front passes.

Test: Map orientation and front.

Contrary outcome: Axis returns immediately behind the front.

### S5-0617
Prediction: A thin optical film should detect adhesive aging through changes in phase noise during subcritical shear.

Test: Compare independent peel measurements.

Contrary outcome: Noise cannot predict adhesion.

### S5-0618
Prediction: A fluorescent molecular layer should brighten when pressure releases a quenched interfacial stack.

Test: Measure stack spacing and emission.

Contrary outcome: Brightening occurs without stack separation.

### S5-0619
Prediction: A photonic foam should show a delayed color echo after an acoustic pulse redistributes liquid between cells.

Test: Map liquid and spectra.

Contrary outcome: Color follows instantaneous pressure only.

### S5-0620
Prediction: A soft optical switch should retain state through a pinned liquid rim rather than a permanently deformed solid.

Test: Measure liquid and solid geometry.

Contrary outcome: State survives complete rim removal unchanged.

### S5-0621
Prediction: A flexible thermal emitter should modulate its spectrum under torsion through self-occlusion between lamellae.

Test: Measure geometry and emission.

Contrary outcome: Modulation is temperature-driven only.

### S5-0622
Prediction: A waveguide bundle should distinguish neighboring cracks by the sign of mode-coupling phase.

Test: Apply known crack positions.

Contrary outcome: Phase signs cannot identify location.

### S5-0623
Prediction: A porous optical surface should reveal subvisible icing through an abrupt change in scattered-light dwell time.

Test: Image ice and time-resolved scattering.

Contrary outcome: Dwell time changes only after visible frost.

### S5-0624
Prediction: An illuminated particle cluster should self-shade into a stable rotating configuration.

Test: Measure temperature and orientation.

Contrary outcome: Rotation requires asymmetric external forcing.

### S5-0625
Prediction: A liquid-filled microprism should record acceleration direction through a metastably pinned interface.

Test: Read beam deflection after calibrated pulses.

Contrary outcome: Interface resets before readout.

### S5-0626
Prediction: A thin reflective coating should display a spiral caustic when torsional strain localizes around a buried defect.

Test: Map strain and caustics.

Contrary outcome: Caustics cannot distinguish defect-free controls.

### S5-0627
Prediction: A photoresponsive fiber should produce a traveling bend when self-shadowing delays activation of downstream segments.

Test: Measure illumination and curvature.

Contrary outcome: Bending is simultaneous along the fiber.

### S5-0628
Prediction: A soft optical sensor should distinguish slow creep from sudden damage through the recovery trajectory of its diffraction peaks.

Test: Apply blinded mechanical events.

Contrary outcome: Trajectories overlap.

### S5-0629
Prediction: A porous fluorescent tag should retain a salt-exposure event through irreversible domain aggregation while remaining humidity-reversible.

Test: Measure domains under both exposures.

Contrary outcome: Humidity alone produces the same retained state.

### S5-0630
Prediction: A membrane cavity should reveal a buried liquid bridge through polarization-dependent resonance damping.

Test: Image bridge and optical loss.

Contrary outcome: Damping depends only on added mass.

### S5-0631
Prediction: A synthetic membrane should resist oxidation better when damaged lipids diffuse into a sacrificial boundary domain.

Test: Map oxidation and lipid motion.

Contrary outcome: Protection persists without domain access equally.

### S5-0632
Prediction: A cell-free reaction should produce a delayed second output pulse when an adsorbed intermediate desorbs from its container.

Test: Measure wall occupancy and product.

Contrary outcome: Second pulse persists on nonadsorbing walls.

### S5-0633
Prediction: A filament network should generate anisotropic solvent flow when compressed along a direction different from its alignment.

Test: Measure flow and orientation.

Contrary outcome: Flow follows pressure alone without orientation effects.

### S5-0634
Prediction: A vesicle should retain an oblique internal gel interface after rotation because gel-membrane bonds pin its perimeter.

Test: Measure interface and bonds.

Contrary outcome: Interface always levels under gravity.

### S5-0635
Prediction: A coacervate droplet should rotate after internal crystallization shifts its interfacial composition.

Test: Measure crystal growth and surface distribution.

Contrary outcome: Rotation occurs without composition asymmetry.

### S5-0636
Prediction: A DNA assembly should tolerate a missing connector by rerouting mechanical load through flexible loops.

Test: Measure connector forces and failure.

Contrary outcome: Loops provide no additional load path.

### S5-0637
Prediction: A protein film should become temporarily less sticky after rapid stretching exposes a hydration-rich layer.

Test: Map surface water and adhesion.

Contrary outcome: Adhesion changes without hydration enrichment.

### S5-0638
Prediction: A supported lipid membrane should transport adsorbed cargo directionally under a traveling curvature wave.

Test: Track cargo and membrane flow.

Contrary outcome: Cargo displacement averages to zero.

### S5-0639
Prediction: A synthetic compartment should exchange cofactors preferentially during collision-induced flattening.

Test: Measure contact geometry and exchange.

Contrary outcome: Exchange follows contact duration alone.

### S5-0640
Prediction: A reconstituted actin bundle should store a pressure event as persistent filament polarity segregation.

Test: Map polarity before and after compression.

Contrary outcome: Polarity distribution remains unchanged.

### S5-0641
Prediction: A membrane-bound reaction should pause when its own product creates a local curvature barrier to substrate diffusion.

Test: Map curvature and substrate.

Contrary outcome: Pause persists on curvature-clamped surfaces equally.

### S5-0642
Prediction: A protein cage should open a preferred face under torsion because its seam bonds share load unevenly.

Test: Measure seam forces and opening.

Contrary outcome: Opening sites are random after symmetry correction.

### S5-0643
Prediction: A lipid-coated droplet should fuse more readily after a temporary internal pressure drop pulls lipids away from its contact patch.

Test: Map lipid density and fusion.

Contrary outcome: Fusion is pressure-history independent.

### S5-0644
Prediction: A DNA hydrogel should recover faster from a cut when mobile strands migrate toward exposed complementary ends.

Test: Label strands and healing.

Contrary outcome: Recovery occurs without migration.

### S5-0645
Prediction: A peptide condensate should maintain a pH offset after dilution through slow proton-binding exchange.

Test: Measure internal and external pH.

Contrary outcome: Offset vanishes at mixing completion.

### S5-0646
Prediction: A cell-free enzyme assembly should amplify a weak substrate pulse through reaction-induced recruitment of inactive enzyme.

Test: Measure recruitment and output.

Contrary outcome: Amplification persists with recruitment blocked equally.

### S5-0647
Prediction: A membrane tube should transmit a chemical signal as a moving radius change without net lipid transport.

Test: Measure radius and lipid displacement.

Contrary outcome: Signal requires bulk membrane advection.

### S5-0648
Prediction: A polymer-coated vesicle should resist collapse by expelling its coating from the most compressed region.

Test: Map coating and shape.

Contrary outcome: Resistance is unchanged with coating immobilized.

### S5-0649
Prediction: A reconstituted cytoskeleton should form a persistent mechanical channel after repeated localized forcing.

Test: Map response and filament topology.

Contrary outcome: Response stays spatially uniform.

### S5-0650
Prediction: A molecularly crowded droplet should expel a bound guest when internal phase separation reduces its accessible binding volume.

Test: Measure phases and guest release.

Contrary outcome: Release follows dilution alone.

### S5-0651
Prediction: A protein network should show a negative relaxation lobe after compression because slow crosslinks pull it past equilibrium.

Test: Measure force at fixed strain.

Contrary outcome: Force relaxes monotonically.

### S5-0652
Prediction: A lipid pore should close faster when a nearby enzyme removes curvature-promoting molecules from its rim.

Test: Map enzyme, composition and pore radius.

Contrary outcome: Closure is enzyme-location independent.

### S5-0653
Prediction: A DNA tile boundary should migrate toward lower tension during reversible bond exchange.

Test: Map tension and boundary motion.

Contrary outcome: Migration follows domain size alone.

### S5-0654
Prediction: A synthetic membrane should retain lateral chemical asymmetry after shape recovery because its anchors remain displaced.

Test: Map anchors and composition.

Contrary outcome: Composition becomes uniform with shape recovery.

### S5-0655
Prediction: A cell-free motor network should redirect transport after local substrate depletion changes filament alignment.

Test: Measure substrate, alignment and cargo.

Contrary outcome: Rerouting occurs without alignment change.

### S5-0656
Prediction: A condensate should wrap a porous inclusion more slowly when internal drainage generates resisting pressure.

Test: Measure wrapping and drainage.

Contrary outcome: Rate follows surface tension and viscosity alone.

### S5-0657
Prediction: A protein filament should transmit torsion through a defect by reversible local unfolding.

Test: Measure conformation and torque.

Contrary outcome: Defect blocks transmission without unfolding.

### S5-0658
Prediction: A charged vesicle should avoid a chemically identical flat surface when adsorbed ions create a repulsive hydration layer.

Test: Measure ion state and separation.

Contrary outcome: Avoidance remains after ion removal equally.

### S5-0659
Prediction: A molecular assembly should retain two independent memories in its bond topology and internal composition.

Test: Apply orthogonal stimuli and decode both.

Contrary outcome: One stimulus erases both states.

### S5-0660
Prediction: A cell-free compartment should sharpen a chemical pulse by temporarily storing its leading edge in a reversible binding layer.

Test: Measure occupancy and output waveform.

Contrary outcome: Output only broadens.

### S5-0661
Prediction: A thermal microbattery should prolong output when mechanical recoil maintains liquid contact after partial evaporation.

Test: Measure contact and voltage.

Contrary outcome: Output follows remaining liquid mass alone.

### S5-0662
Prediction: A porous heat pipe should reject particles when meniscus curvature pushes them into side reservoirs.

Test: Track particles and interfaces.

Contrary outcome: Rejection requires a rigid filter.

### S5-0663
Prediction: A phase-change membrane should reduce hot-spot migration by locally consuming heat at advancing melt fronts.

Test: Map heat source and phase.

Contrary outcome: Hot spots move identically without phase change.

### S5-0664
Prediction: A thermal oscillator should entrain a neighboring passive strip through vapor exchange without solid contact.

Test: Measure phases with vapor isolation.

Contrary outcome: Coordination persists when vapor transfer is blocked equally.

### S5-0665
Prediction: A heated porous wall should form a stable cold ring where evaporation is supplied by lateral flow.

Test: Map flow and temperature.

Contrary outcome: Cold ring follows fixed illumination only.

### S5-0666
Prediction: A transparent thermal store should release trapped light-scattering bubbles when melting changes shell compliance.

Test: Measure bubbles and phase.

Contrary outcome: Bubble release is phase-independent.

### S5-0667
Prediction: A flexible radiator should bend to expose additional emitting area after thermal contact weakens.

Test: Measure shape and radiative loss.

Contrary outcome: Cooling improvement requires an external actuator.

### S5-0668
Prediction: A thermal interface should retain low resistance after unloading when liquid fills its newly formed contact network.

Test: Map liquid and conductance.

Contrary outcome: Conductance returns to the dry baseline.

### S5-0669
Prediction: A porous heat sensor should reveal adsorbate identity through the ratio of heating and cooling relaxation times.

Test: Calibrate known vapors.

Contrary outcome: Ratios follow vapor concentration alone.

### S5-0670
Prediction: A phase-changing fiber should twist during cooling when crystallization propagates helically along its surface.

Test: Image crystal and twist.

Contrary outcome: Twisting lacks helical growth.

### S5-0671
Prediction: A gas-filled thermal actuator should produce a second stroke during cooling when vapor condenses into a capillary bridge.

Test: Measure phase topology and motion.

Contrary outcome: Motion remains single-stage.

### S5-0672
Prediction: A granular thermal layer should withstand cycling better when grains rotate to relieve expansion mismatch.

Test: Track rotations and damage.

Contrary outcome: Damage is unchanged with rotation constrained.

### S5-0673
Prediction: A microheater should prevent dryout when its own bending redirects liquid toward its hottest region.

Test: Map shape, water and temperature.

Contrary outcome: Bending does not improve rewetting.

### S5-0674
Prediction: A porous thermal coating should retain an event record as an irreversible change in contact conductance.

Test: Measure contacts after heat pulses.

Contrary outcome: Conductance depends only on final temperature.

### S5-0675
Prediction: A sealed heat exchanger should improve performance after controlled bubble fragmentation increases internal liquid circulation.

Test: Measure bubbles and flow.

Contrary outcome: Heat transfer follows gas volume alone.

### S5-0676
Prediction: A latent-heat capsule should melt asymmetrically under uniform heating when residual shell stress shifts local pressure.

Test: Map stress and phase onset.

Contrary outcome: Melting remains spatially uniform.

### S5-0677
Prediction: A thermal gradient should drive a soft particle through a pore by changing its size more strongly at one end.

Test: Measure temperature, shape and motion.

Contrary outcome: Transport follows thermophoresis alone.

### S5-0678
Prediction: A porous insulating layer should become temporarily more insulating after heating expels water into isolated pockets.

Test: Map water and heat flux.

Contrary outcome: Conductivity rises monotonically with temperature.

### S5-0679
Prediction: A liquid-filled thermal switch should recover its original threshold after a rest that redistributes dissolved gas.

Test: Measure gas and switching.

Contrary outcome: Threshold is rest-independent.

### S5-0680
Prediction: A heat pulse should create a moving mechanical ridge in a gel through delayed solvent vaporization.

Test: Measure temperature, phase and shape.

Contrary outcome: Ridge follows thermal expansion only.

### S5-0681
Prediction: A charged membrane should develop a traveling conductivity minimum after a localized ion-binding pulse.

Test: Map bound ions and current.

Contrary outcome: Conductivity changes remain at the trigger site.

### S5-0682
Prediction: A conductive foam should detect fluid intrusion through the sign of its resistance noise skewness.

Test: Compare liquids and compression.

Contrary outcome: Skewness cannot separate inputs.

### S5-0683
Prediction: A soft magnetic chain should transmit a torsional signal only when field-induced contacts remain mobile.

Test: Measure contact rotation and propagation.

Contrary outcome: Mobility has no effect.

### S5-0684
Prediction: A redox-driven hinge should retain its angle after bias removal through interfacial ion trapping.

Test: Map ions and angle.

Contrary outcome: Angle recovers with electrical discharge.

### S5-0685
Prediction: A porous capacitor should exhibit a pulse-duration threshold when electrolyte penetrates a hidden dead-end reservoir.

Test: Image penetration and capacitance.

Contrary outcome: Capacitance depends only on integrated charge.

### S5-0686
Prediction: An ionic droplet should generate a directional voltage after symmetric impact because its surface binds ions unequally along the contact trail.

Test: Map charge and trail.

Contrary outcome: Voltage disappears after geometric correction.

### S5-0687
Prediction: A flexible electret should recover surface potential after abrasion by exposing an internally charged layer.

Test: Measure depth charge and potential.

Contrary outcome: Abrasion only decreases potential.

### S5-0688
Prediction: A magnetic particle raft should fold along a field-history-defined hinge.

Test: Measure remanence and folding.

Contrary outcome: Hinge location follows geometry alone.

### S5-0689
Prediction: A polymer electrolyte should show a reversible conductivity echo after a mechanical pulse redistributes solvent.

Test: Measure solvent and current.

Contrary outcome: Current decays without an echo.

### S5-0690
Prediction: A soft electrical contact should improve after repeated humidity cycles anneal its particle junctions.

Test: Map junctions and resistance.

Contrary outcome: Improvement requires irreversible chemical bonding.

### S5-0691
Prediction: A dielectric film should reveal a hidden shear band through localized second-harmonic electrical response.

Test: Map strain and nonlinear current.

Contrary outcome: Response follows thickness variation alone.

### S5-0692
Prediction: A liquid-metal channel should prevent runaway necking when pressure recruits metal from side pockets.

Test: Measure flow and resistance.

Contrary outcome: Side pockets provide no stability gain.

### S5-0693
Prediction: A porous redox sensor should distinguish analyte pulses by how far their reaction front penetrates before reversal.

Test: Map front and output.

Contrary outcome: Penetration depends only on total dose.

### S5-0694
Prediction: A charged gel should attract neutral particles through a mechanically generated solvent flow after unloading.

Test: Track fluid and particles.

Contrary outcome: Attraction requires particle charge.

### S5-0695
Prediction: A magnetic membrane should damp vibration more strongly after a field pulse redistributes particle contacts toward antinodes.

Test: Map contacts and modes.

Contrary outcome: Damping follows magnetization alone.

### S5-0696
Prediction: A soft capacitor should detect local fatigue through irreversible phase lag before mean capacitance changes.

Test: Measure fatigue and impedance.

Contrary outcome: Phase changes begin only with mean shifts.

### S5-0697
Prediction: An ionic bridge should preserve directional transport after a pressure pulse by retaining an asymmetric binding profile.

Test: Map binding and flux.

Contrary outcome: Transport becomes reciprocal immediately.

### S5-0698
Prediction: A conductive coating should self-isolate a damaged region when crack opening pulls particles into a peripheral bypass.

Test: Image particles and current paths.

Contrary outcome: Current fails without bypass formation.

### S5-0699
Prediction: A redox-active shell should release an attached particle when its oxidation front crosses the contact edge.

Test: Map front and detachment.

Contrary outcome: Release follows total oxidation only.

### S5-0700
Prediction: A porous electromechanical switch should suppress chatter by dissipating energy through delayed ion redistribution.

Test: Measure ions and switching.

Contrary outcome: Chatter suppression is unchanged in ion-immobile controls.

### S5-0701
Prediction: A fluidic network should reduce timing jitter when a compliant reservoir absorbs short pressure spikes.

Test: Measure pressure and event times.

Contrary outcome: Jitter is reservoir-independent.

### S5-0702
Prediction: A capillary latch should distinguish one long pulse from two short pulses with equal total impulse.

Test: Apply calibrated histories.

Contrary outcome: Final state depends only on impulse.

### S5-0703
Prediction: A granular sensor should show a reproducible noise minimum after weak vibration anneals unstable contacts.

Test: Measure contacts and noise.

Contrary outcome: Noise decreases only with bulk compaction.

### S5-0704
Prediction: A soft resonator should exhibit critical slowing before a solvent-induced snap transition.

Test: Measure relaxation and solvent uptake.

Contrary outcome: Relaxation remains unchanged near snapping.

### S5-0705
Prediction: A droplet oscillator should retain phase through a short illumination gap when interfacial composition stores its state.

Test: Measure composition and restart phase.

Contrary outcome: Restart phase randomizes.

### S5-0706
Prediction: A porous membrane should show correlated pore closures before a macroscopic flow stall.

Test: Image closures and flow.

Contrary outcome: Correlation begins only after stall.

### S5-0707
Prediction: A mechanical network should improve weak-signal transmission when low noise releases pinned joints.

Test: Measure transmission versus noise.

Contrary outcome: Signal detection never exceeds the zero-noise baseline.

### S5-0708
Prediction: A molecular film should exhibit return-point memory only within a bounded range of reversible adsorption.

Test: Measure nested exposures and structure.

Contrary outcome: Memory persists outside the reversible range equally.

### S5-0709
Prediction: A charged colloidal cluster should show a rotation burst before splitting because ions redistribute asymmetrically.

Test: Map ions and motion.

Contrary outcome: Splitting occurs without a preceding burst.

### S5-0710
Prediction: A liquid bridge should retain a loading-frequency memory in its interfacial domain size.

Test: Measure domains after equal-dose oscillation.

Contrary outcome: Domains depend only on accumulated strain.

### S5-0711
Prediction: A flexible cavity should display correlated resonance jumps as trapped gas migrates between chambers.

Test: Track gas and modes.

Contrary outcome: Jumps occur independently of migration.

### S5-0712
Prediction: A particle gel should age faster after subyield cycles that redistribute weak bonds without changing mean density.

Test: Map bonds and relaxation.

Contrary outcome: Aging is cycle-independent.

### S5-0713
Prediction: A membrane oscillator should reveal a chemical threshold through increased phase diffusion before oscillation loss.

Test: Measure chemistry and phase noise.

Contrary outcome: Noise changes only after oscillations cease.

### S5-0714
Prediction: A mechanical counter should reject closely spaced impulses because its internal liquid has not returned to the receiving chamber.

Test: Image liquid and counts.

Contrary outcome: Counting is interval-independent.

### S5-0715
Prediction: A coalescing emulsion should exhibit a waiting-time memory inherited from prior interfacial compression.

Test: Measure compression histories and mergers.

Contrary outcome: Waiting times are history-independent.

### S5-0716
Prediction: A granular chain should localize fluctuation energy near a contact defect after uniform weak shaking.

Test: Map contacts and motion.

Contrary outcome: Energy stays uniform.

### S5-0717
Prediction: A soft valve should switch more reliably after a preparatory pulse resets its meniscus position.

Test: Measure position and switching distribution.

Contrary outcome: Variability remains unchanged after reset.

### S5-0718
Prediction: A confined condensate should show intermittent shape jumps when adsorbed molecules exchange in clusters.

Test: Measure exchange and shape.

Contrary outcome: Jumps lack clustered-exchange timing.

### S5-0719
Prediction: A porous thermal oscillator should retain frequency after partial damage when remaining channels redistribute its phase-change inventory.

Test: Map inventory and oscillation.

Contrary outcome: Frequency shifts in proportion to damage.

### S5-0720
Prediction: A passive mechanical classifier should separate continuous from impulsive loading through two coupled relaxation modes.

Test: Apply blinded equal-energy histories.

Contrary outcome: Final readout cannot distinguish histories.

### S5-0721
Prediction: A suspended mineral grain should move toward a gas-liquid boundary when adsorption changes its buoyant density locally.

Test: Measure adsorption, density and trajectory.

Contrary outcome: Motion follows bulk fluid velocity alone.

### S5-0722
Prediction: A clay-rich coating should protect a salt crystal during fog exposure by diverting water into lateral sheets.

Test: Image water and dissolution.

Contrary outcome: Protection follows impermeable coverage only.

### S5-0723
Prediction: A porous carbonate should form a stable internal reaction cavity when dissolution and precipitation fronts separate.

Test: Map phases and connectivity.

Contrary outcome: Cavity growth requires preexisting voids.

### S5-0724
Prediction: A mineralized gel should retain an off-axis growth direction after the external gradient rotates because old pores guide new reagent flux.

Test: Track pores and growth.

Contrary outcome: Growth follows the new gradient immediately.

### S5-0725
Prediction: A sediment surface should develop an electrically detectable precursor to gas venting when thin water films stretch around bubbles.

Test: Measure conductivity and gas geometry.

Contrary outcome: Signals occur only after venting.

### S5-0726
Prediction: A mineral membrane should transport neutral molecules selectively when adsorbed ions alter pore-wall solvent structure.

Test: Measure ions and neutral flux.

Contrary outcome: Selectivity follows molecule size alone.

### S5-0727
Prediction: A salt crust should peel from its support during humidification if capillary pressure reverses before crystal dissolution.

Test: Measure pressure, mass and peeling.

Contrary outcome: Peeling begins only after substantial dissolution.

### S5-0728
Prediction: A porous particle should retain a redox gradient after external equilibration because reaction products seal its fastest pathways.

Test: Map redox and pores.

Contrary outcome: Gradients vanish at the free-diffusion rate.

### S5-0729
Prediction: A clay aggregate should fragment along an internal swelling front rather than its weakest dry interface.

Test: Map front and fracture.

Contrary outcome: Dry weakness predicts all fracture paths.

### S5-0730
Prediction: A mineral fiber should show asymmetric dissolution under pure bending because tensile and compressive surfaces have different chemical potentials.

Test: Measure stress and local loss.

Contrary outcome: Loss is stress-independent.

### S5-0731
Prediction: A sediment cap should trap bubbles in an ordered lateral pattern through elastic interaction between growing domes.

Test: Map domes and pressure.

Contrary outcome: Spacing matches independent random nucleation.

### S5-0732
Prediction: A salt hydrate should exhibit a delayed conductivity pulse during phase conversion when water is released into connected boundaries.

Test: Measure phase, water and current.

Contrary outcome: Conductivity follows temperature alone.

### S5-0733
Prediction: A porous rock should retain a stable gas conduit after rewetting when mineral roughness pins an annular liquid film.

Test: Image gas and film.

Contrary outcome: Rewetting closes every gas pathway.

### S5-0734
Prediction: A mineral-organic interface should become more adhesive after a short drying pulse concentrates bridging ions.

Test: Map ions and pull-off force.

Contrary outcome: Adhesion follows water fraction only.

### S5-0735
Prediction: A silica particle bed should transmit a chemical pulse faster along previously strained paths because bonds remain more accessible.

Test: Measure strain history and surface exchange.

Contrary outcome: Transport is history-independent.

### S5-0736
Prediction: A carbonate shell should buckle during internal dissolution before its average thickness changes appreciably.

Test: Map local thickness and shape.

Contrary outcome: Buckling requires large average thinning.

### S5-0737
Prediction: A sediment pore should trap an organic droplet through a mechanically formed collar of mobile fines.

Test: Image fines and droplet escape.

Contrary outcome: Trapping follows static pore geometry alone.

### S5-0738
Prediction: A mineral coating should resist abrasion after partial dissolution rounds only its most exposed asperities.

Test: Measure asperities and wear.

Contrary outcome: Dissolution always increases wear.

### S5-0739
Prediction: A clay film should form stable vapor channels along boundaries between differently oriented domains.

Test: Map orientation and gas flux.

Contrary outcome: Channels ignore domain boundaries.

### S5-0740
Prediction: A salt crystal should nucleate a neighboring crystal through a pressure pulse generated by its own growth against confinement.

Test: Measure pressure and nucleation.

Contrary outcome: Nucleation lacks pressure-pulse timing.

### S5-0741
Prediction: A mineral gel should reduce contaminant mobility after cooling because bound-water rearrangement exposes additional adsorption sites.

Test: Measure water state and adsorption.

Contrary outcome: Mobility follows viscosity alone.

### S5-0742
Prediction: A porous sediment should retain a hydraulic echo after a pressure pulse reflects from a trapped gas layer.

Test: Measure pressure at multiple locations.

Contrary outcome: Response matches diffusion without a reflected component.

### S5-0743
Prediction: A reactive grain packing should remain mechanically stable after partial dissolution because grains rotate into new load-bearing contacts.

Test: Map rotations and forces.

Contrary outcome: Stability is unchanged when rotations are prevented equally.

### S5-0744
Prediction: A mineral crust should become selectively permeable to vapor when thermal contraction closes liquid-carrying cracks.

Test: Measure cracks and both fluxes.

Contrary outcome: Vapor and liquid flux decline proportionally.

### S5-0745
Prediction: A clay-coated surface should delay freezing at its edges by drawing water into nanoconfined galleries.

Test: Map gallery water and ice onset.

Contrary outcome: Delay disappears after temperature correction alone.

### S5-0746
Prediction: A salt-bearing porous film should produce an optical warning before damage as internal crystals displace its scatterers.

Test: Map crystals and scattering.

Contrary outcome: Optical change begins only after visible cracking.

### S5-0747
Prediction: A sediment layer should develop a transient low-friction plane when gas expansion lifts fines from grain contacts.

Test: Measure gas and shear strength.

Contrary outcome: Weakening requires full fluidization.

### S5-0748
Prediction: A mineral foam should buffer pressure fluctuations by reversible dissolution of its thinnest walls.

Test: Measure wall mass and pressure.

Contrary outcome: Buffering persists in chemically inert controls equally.

### S5-0749
Prediction: A carbonate particle should retain a rotation history as asymmetric adsorbate coverage created during flow.

Test: Map coverage after reversed rotations.

Contrary outcome: Coverage depends only on final orientation.

### S5-0750
Prediction: A porous mineral membrane should reject a colloid pulse more strongly after a clean-water pause restores swollen pore edges.

Test: Measure edges and breakthrough.

Contrary outcome: Pause has no effect after concentration matching.

### S5-0751
Prediction: A cell-free lipid network should route a pressure signal around a blocked junction through changes in membrane tension.

Test: Measure junction tensions and flow.

Contrary outcome: Signal routing follows fixed hydraulic resistance only.

### S5-0752
Prediction: A reconstituted filament should pause polymerization after its end contacts a soft wall because stored compression masks growth sites.

Test: Measure end structure and growth.

Contrary outcome: Growth is unchanged at matched monomer concentration.

### S5-0753
Prediction: A protein condensate should produce a solvent-rich shell during compression because its scaffold migrates inward.

Test: Map scaffold and solvent.

Contrary outcome: Compression remains compositionally uniform.

### S5-0754
Prediction: A synthetic vesicle should maintain unequal daughter sizes after budding if its internal gel resists neck equilibration.

Test: Measure gel and bud volumes.

Contrary outcome: Daughter volumes equilibrate before separation.

### S5-0755
Prediction: A molecular motor should reverse cargo rotation when its flexible anchor crosses a geometric singularity.

Test: Measure anchor conformation and cargo torque.

Contrary outcome: Torque sign remains unchanged.

### S5-0756
Prediction: A DNA hydrogel should admit a protein pulse preferentially along temporarily stretched strands.

Test: Measure local strain and entry.

Contrary outcome: Entry follows static pore size only.

### S5-0757
Prediction: A membrane scaffold should suppress fusion by carrying tension around the contact region.

Test: Map scaffold forces and fusion.

Contrary outcome: Suppression persists without a connected scaffold equally.

### S5-0758
Prediction: A peptide sheet should retain a fold after partial dissolution removes its highest-strain molecules.

Test: Measure loss and fold curvature.

Contrary outcome: Fold recovers despite selective loss.

### S5-0759
Prediction: A coacervate should concentrate an enzyme at its moving interface when substrate binding changes the enzyme's partition preference.

Test: Map occupancy and enzyme position.

Contrary outcome: Enzyme distribution remains substrate-independent.

### S5-0760
Prediction: A cell-free reaction should display two-step recovery after inhibition because free and scaffold-bound catalysts reactivate separately.

Test: Measure both catalyst pools and output.

Contrary outcome: Recovery is single-stage despite distinct pools.

### S5-0761
Prediction: A lipid tube should conduct a mechanical pulse faster after osmotic swelling aligns its internal polymer bundles.

Test: Measure alignment and propagation.

Contrary outcome: Speed follows tube radius alone.

### S5-0762
Prediction: A protein cage should protect an enclosed reaction against a short pH pulse by delaying proton transport at its charged seams.

Test: Measure internal pH and activity.

Contrary outcome: Protection follows bulk buffering alone.

### S5-0763
Prediction: A synthetic membrane should retain a local leak after strain recovery when a protein cluster pins its pore rim.

Test: Map cluster and leakage.

Contrary outcome: Leak closes despite retained cluster.

### S5-0764
Prediction: A DNA ribbon should nucleate a new branch at a mechanical twist defect.

Test: Map twist and assembly sites.

Contrary outcome: Branching is defect-independent.

### S5-0765
Prediction: A condensate-coated fiber should transport cargo by a moving wetting ridge even when the fiber itself remains still.

Test: Track ridge and cargo.

Contrary outcome: Cargo follows bulk liquid flow only.

### S5-0766
Prediction: A cell-free enzyme film should resist drying damage when neighboring condensates supply water preferentially to its active sites.

Test: Map water and activity.

Contrary outcome: Protection follows total water alone.

### S5-0767
Prediction: A membrane protein should diffuse directionally after a tension pulse because its deformation field relaxes asymmetrically.

Test: Measure local strain and trajectories.

Contrary outcome: Motion remains unbiased after flow correction.

### S5-0768
Prediction: A reconstituted bundle should stiffen transiently after severing releases a compressive preload.

Test: Measure force and bending rigidity.

Contrary outcome: Severing only softens the bundle.

### S5-0769
Prediction: A synthetic vesicle should exchange lipids more rapidly through a contact patch after local cooling creates excess membrane area.

Test: Map area and lipid transfer.

Contrary outcome: Transfer follows temperature-dependent diffusion alone.

### S5-0770
Prediction: A molecular assembly should trap a guest during a closing wave even when equilibrium affinity is weak.

Test: Measure closure speed and retention.

Contrary outcome: Retention follows equilibrium partitioning only.

### S5-0771
Prediction: A protein gel should show a spatially advancing recovery front after an osmotic shock because collapsed regions reopen cooperatively.

Test: Map structure and modulus.

Contrary outcome: Recovery is spatially uniform.

### S5-0772
Prediction: A cell-free oscillator should transmit its phase through a mechanically pulsating membrane without exchanging its active chemical species.

Test: Measure permeability and phase coupling.

Contrary outcome: Coupling disappears when chemical exchange is eliminated.

### S5-0773
Prediction: A lipid monolayer should preserve an adsorption event as a topological domain loop.

Test: Image domains after washout.

Contrary outcome: Loops vanish with adsorbate removal.

### S5-0774
Prediction: A DNA cage should release different cargo sizes in a temporal sequence as a traveling bond-exchange front opens its faces.

Test: Image fronts and escape.

Contrary outcome: Release order follows diffusivity alone.

### S5-0775
Prediction: A coacervate shell should rupture at the contact point with an inert particle because wetting drains its scaffold locally.

Test: Map scaffold and rupture.

Contrary outcome: Rupture sites are particle-independent.

### S5-0776
Prediction: A filament network should stabilize a membrane pore by transferring rim tension into distant crosslinks.

Test: Measure network force and pore lifetime.

Contrary outcome: Lifetime is unchanged after network severing.

### S5-0777
Prediction: A synthetic droplet should retain an internal reaction gradient during stirring if a gel boundary pins its catalyst.

Test: Measure catalyst and conversion.

Contrary outcome: Stirring homogenizes the reaction immediately.

### S5-0778
Prediction: A protein film should become anisotropically permeable after an acoustic pulse rotates its internal fibrils.

Test: Map orientation and tracer flux.

Contrary outcome: Permeability stays isotropic.

### S5-0779
Prediction: A molecular spring should show an optical signal before mechanical rupture because its chromophores unstack at lower force.

Test: Measure force and spectrum.

Contrary outcome: Signal begins only after rupture.

### S5-0780
Prediction: A membrane-coated catalyst should self-throttle when product accumulation raises membrane tension and reduces pore opening.

Test: Measure product, tension and flux.

Contrary outcome: Turnover is tension-independent.

### S5-0781
Prediction: A flexible separator should distinguish particles by rebound time after a brief elastic collision.

Test: Measure trajectories and independent mechanical response.

Contrary outcome: Sorting follows density alone.

### S5-0782
Prediction: A capillary network should compensate a damaged branch by opening a normally pinned bypass.

Test: Measure pressure and menisci.

Contrary outcome: Bypass remains closed after damage.

### S5-0783
Prediction: A passive valve should reject short pressure spikes when a trapped liquid must drain before its hinge can move.

Test: Measure drainage and opening.

Contrary outcome: Opening depends only on peak pressure.

### S5-0784
Prediction: A porous actuator should recover direction after twisting because stored liquid preferentially refills its original channels.

Test: Map liquid and shape.

Contrary outcome: Recovery is channel-history independent.

### S5-0785
Prediction: A soft optical shutter should close in response to cumulative vibration through migration of a liquid plug.

Test: Measure plug and vibration dose.

Contrary outcome: State depends only on maximum acceleration.

### S5-0786
Prediction: A granular heat exchanger should self-clear blockage when thermal expansion breaks weak particle arches.

Test: Image arches and flow.

Contrary outcome: Clearing occurs without arch failure.

### S5-0787
Prediction: A microfluidic dispenser should maintain dose after orientation changes by switching which capillary reservoir feeds its outlet.

Test: Image supply paths and dose.

Contrary outcome: Dose follows hydrostatic head.

### S5-0788
Prediction: A compliant gas filter should protect itself from liquid flooding by buckling to reduce exposed pore area.

Test: Measure shape and liquid entry.

Contrary outcome: Flooding threshold is unchanged when buckling is prevented.

### S5-0789
Prediction: A porous gripper should increase holding force after a brief pressure release resets its wetting perimeter.

Test: Measure perimeter and force.

Contrary outcome: Release only weakens grip.

### S5-0790
Prediction: A fluidic switch should encode input order through two menisci whose pinning operations do not commute.

Test: Apply reversed pulse sequences.

Contrary outcome: Final state is order-independent.

### S5-0791
Prediction: A flexible solar absorber should retain efficiency after puncture because capillary flow reroutes around its dry region.

Test: Map water and temperature.

Contrary outcome: Puncture causes global dryout.

### S5-0792
Prediction: A capillary conveyor should transport objects without sliding contact by alternating liquid-bridge attachment points.

Test: Track bridges and objects.

Contrary outcome: Objects require solid sliding to move.

### S5-0793
Prediction: A thermal seal should reopen after overheating when a reversible hydrate supplies vapor to its hinge.

Test: Measure phase, pressure and opening.

Contrary outcome: Opening persists without hydrate conversion equally.

### S5-0794
Prediction: A soft particle trap should sort cargo by the number of contacts needed to trigger its buckling gate.

Test: Measure forces and passage.

Contrary outcome: Sorting follows size alone.

### S5-0795
Prediction: A passive sampler should retain separate records of peak concentration and exposure duration in two coupled binding domains.

Test: Apply calibrated histories.

Contrary outcome: Readouts remain degenerate.

### S5-0796
Prediction: A porous battery analogue should prevent local dryout through swelling-driven redistribution of electrolyte.

Test: Map swelling and liquid.

Contrary outcome: Dryout protection follows total electrolyte volume only.

### S5-0797
Prediction: A compliant air vent should reject water while admitting gas after pressure rotates its reentrant pore edges.

Test: Measure edge motion and phase flux.

Contrary outcome: Selectivity is unchanged with edges fixed.

### S5-0798
Prediction: A fluidic timer should reset faster when unloading opens a separate return pathway.

Test: Image pathway and timing.

Contrary outcome: Reset time equals forward timing despite pathway opening.

### S5-0799
Prediction: A flexible screen should remove deposited crystals by reversing its curvature while leaving captured noncrystalline particles attached.

Test: Measure deposit type and release.

Contrary outcome: Release follows adhesion strength without crystal specificity.

### S5-0800
Prediction: A capillary bearing should stabilize rotation through a liquid rim that recenters under lateral load.

Test: Measure rim and rotor displacement.

Contrary outcome: Centering is rim-motion independent.

### S5-0801
Prediction: A soft thermal latch should distinguish slow overheating from a short hot pulse through solvent redistribution between chambers.

Test: Measure liquid and final state.

Contrary outcome: State depends only on peak temperature.

### S5-0802
Prediction: A mechanical pressure logger should preserve waveform asymmetry in the ratio of two metastable buckle populations.

Test: Apply known waveforms.

Contrary outcome: Population ratios depend only on energy.

### S5-0803
Prediction: A porous mixing element should improve homogenization when periodic swelling reverses its internal flow topology.

Test: Measure flow maps and concentration.

Contrary outcome: Mixing follows added diffusion time only.

### S5-0804
Prediction: A droplet sorter should identify internal gelation through altered collision rebound while preserving the droplet boundary.

Test: Measure gel state and rebound.

Contrary outcome: Classification fails size-matched blinded tests.

### S5-0805
Prediction: A flexible acoustic alarm should activate when a creeping joint reaches a geometrical threshold that opens a whistle channel.

Test: Measure creep and sound.

Contrary outcome: Sound is unrelated to joint displacement.

### S5-0806
Prediction: A capillary energy store should release a controlled impulse when a small trigger connects two liquid reservoirs.

Test: Measure connection and work output.

Contrary outcome: Output varies unpredictably across matched reservoirs.

### S5-0807
Prediction: A porous vapor valve should shut when its internal condensation front reaches a mechanically sensitive hinge.

Test: Map front and leakage.

Contrary outcome: Closure follows bulk humidity without front-position dependence.

### S5-0808
Prediction: A self-folding collector should concentrate floating particles at its center through sequential inward wetting.

Test: Track wetting and particles.

Contrary outcome: Collection follows random drift only.

### S5-0809
Prediction: A soft conductor should preserve a damage record after repair through a changed impedance phase even when resistance recovers.

Test: Measure repaired topology and spectra.

Contrary outcome: All electrical signatures return to baseline.

### S5-0810
Prediction: A capillary mechanical logic element should distinguish simultaneous from sequential pressure inputs through a shared deformable meniscus.

Test: Apply timed inputs and read state.

Contrary outcome: Output depends only on total pressure dose.

### S5-0811
Prediction: A liquid-filled pore should emit an acoustic doublet when freezing first seals and then pressurizes its entrance.

Test: Measure ice position and sound.

Contrary outcome: Events lack the predicted two-stage sequence.

### S5-0812
Prediction: A soft mineral membrane should transmit a solute pulse more sharply after a reversible wrinkle reduces stagnant volume.

Test: Map wrinkles and residence times.

Contrary outcome: Sharpening follows average flow rate alone.

### S5-0813
Prediction: A porous particle should retain a shell-core temperature difference longer when a liquid layer disconnects its solid contacts.

Test: Measure internal temperature and topology.

Contrary outcome: Thermal relaxation follows total liquid fraction only.

### S5-0814
Prediction: A colloidal chain should migrate along a liquid interface through a traveling bend generated by unequal adsorption delays.

Test: Measure adsorption and shape.

Contrary outcome: Translation vanishes despite traveling bends.

### S5-0815
Prediction: A gas pocket should leave a persistent electric trace after its passage rearranges charged pore-wall polymers.

Test: Map polymers and potential.

Contrary outcome: Potential resets immediately.

### S5-0816
Prediction: A confined reaction should produce a mechanical recoil when a precipitate bridge dissolves under stored load.

Test: Measure bridge mass and recoil.

Contrary outcome: Recoil requires external impulse.

### S5-0817
Prediction: A porous film should sustain a localized cold spot after a water pulse because its smallest pores remain hydraulically connected.

Test: Map pore water and temperature.

Contrary outcome: Cooling follows total retained water only.

### S5-0818
Prediction: A charged particle raft should separate into domains during drying because ion release changes edge attraction first.

Test: Map ions and domains.

Contrary outcome: Domain formation is edge-independent.

### S5-0819
Prediction: A flexible cavity should amplify a small gas-generation event into a readable snap without sustained pressure buildup.

Test: Measure gas and displacement.

Contrary outcome: Snap requires a large static pressure increase.

### S5-0820
Prediction: A liquid-coated porous fiber should retain a contaminant gradient after flushing because coating thickness varies with curvature.

Test: Map coating and contaminant.

Contrary outcome: Retention follows surface chemistry alone.

### S5-0821
Prediction: A mineral surface should develop a moving adhesion minimum when an ion-exchange front displaces bridging ions.

Test: Measure ion state and force.

Contrary outcome: Adhesion follows average concentration only.

### S5-0822
Prediction: A synthetic membrane should suppress a pressure spike by opening transient molecular-scale free-volume paths.

Test: Measure permeability and pressure.

Contrary outcome: Suppression requires macroscopic pores.

### S5-0823
Prediction: A granular optical layer should retain a vibration-frequency signature through different contact rearrangement length scales.

Test: Measure contacts and scattering.

Contrary outcome: Final state depends only on input energy.

### S5-0824
Prediction: A thermal pulse should move an internal gel boundary through pressure generated by differential solvent expansion.

Test: Measure pressure and interface.

Contrary outcome: Motion follows diffusion alone.

### S5-0825
Prediction: A porous shell should become more resistant to gas leakage after slight compression reconnects liquid seals.

Test: Image seals and gas flux.

Contrary outcome: Compression increases leakage monotonically.

### S5-0826
Prediction: A coacervate droplet should sort rigid and flexible molecules of equal hydrodynamic size through deformation-dependent binding.

Test: Measure binding and partitioning.

Contrary outcome: Partitioning follows size and charge alone.

### S5-0827
Prediction: A liquid bridge should retain a twist after torque removal when its interfacial molecules form an elastic network.

Test: Measure molecular order and shape.

Contrary outcome: Twist relaxes at the solvent-viscous rate.

### S5-0828
Prediction: A mineral coating should regain strength after a humid rest through precipitation at stressed crack contacts.

Test: Measure new solid and fracture load.

Contrary outcome: Strength recovery occurs without precipitation.

### S5-0829
Prediction: A cell-free reaction should generate a transient permeability gradient that steers its own substrate supply.

Test: Map reaction, pores and flux.

Contrary outcome: Substrate flow remains externally determined.

### S5-0830
Prediction: A compliant membrane should reject deformable particles selectively when its pore-closing time is shorter than their relaxation time.

Test: Measure both times and passage.

Contrary outcome: Rejection follows size alone.

### S5-0831
Prediction: A fungal wall analogue should survive rapid inflation by opening reversible nanoscale folds.

Test: Measure folds and rupture.

Contrary outcome: Survival is unchanged when folds are immobilized.

### S5-0832
Prediction: A leaf-vein analogue should transport gas around a liquid blockage through a deformable lateral bypass.

Test: Map phases and wall motion.

Contrary outcome: Gas remains blocked despite bypass deformation.

### S5-0833
Prediction: A cellulose gel should record shear direction in a persistent asymmetry of water diffusion.

Test: Measure orientation and diffusion tensor.

Contrary outcome: Diffusion becomes isotropic after unloading.

### S5-0834
Prediction: A root-inspired probe should advance through grains with less force when its tip alternates swelling and axial extension out of phase.

Test: Measure force and motion.

Contrary outcome: Phase timing has no effect.

### S5-0835
Prediction: A seed-inspired capsule should release cargo after repeated brief wettings through progressive seam fatigue.

Test: Measure seam damage and release.

Contrary outcome: Release depends only on cumulative water exposure without fatigue.

### S5-0836
Prediction: A moss-inspired surface should retain evaporative cooling under wind by folding its wet elements into sheltered pockets.

Test: Measure geometry and cooling.

Contrary outcome: Folding only reduces cooling.

### S5-0837
Prediction: A wood-inspired laminate should maintain gas permeability during bending through rotation of transverse connectors.

Test: Image connectors and flow.

Contrary outcome: Permeability follows crack opening alone.

### S5-0838
Prediction: A fungal-cord-inspired cable should reroute liquid after damage through pressure-triggered opening of dormant channels.

Test: Map pathways and pressure.

Contrary outcome: Flow loss is proportional to severed area.

### S5-0839
Prediction: A leaf-inspired optical film should reveal local dehydration through a reversible change in internal air connectivity.

Test: Map gas and spectra.

Contrary outcome: Optical response follows water mass alone.

### S5-0840
Prediction: A pollen-inspired shell should reopen after compression in a sequence determined by aperture hydration.

Test: Measure aperture water and shape.

Contrary outcome: Reopening order is hydration-independent.

### S5-0841
Prediction: A transparent adhesive should identify prior overload through an irreversible shift in the angular distribution of scattered light.

Test: Apply known loads and measure interfaces.

Contrary outcome: Shift vanishes after shape recovery.

### S5-0842
Prediction: A resonant microfluidic device should detect a single gas leak through correlated frequency drift across separated cavities.

Test: Measure known leaks and modes.

Contrary outcome: Correlation lacks leak specificity.

### S5-0843
Prediction: A porous thermal probe should distinguish crack opening from water loss through opposite signs of early and late cooling changes.

Test: Test independently varied states.

Contrary outcome: Cooling signatures remain degenerate.

### S5-0844
Prediction: A fluorescent membrane should report enzyme adsorption through rotational slowing before fluorescence intensity changes.

Test: Measure surface occupancy and anisotropy.

Contrary outcome: Slowing follows solvent viscosity alone.

### S5-0845
Prediction: A soft acoustic gauge should detect pore-wall fatigue through increasing amplitude dependence of resonance.

Test: Compare fatigue and microscopy.

Contrary outcome: Nonlinearity appears only after gross failure.

### S5-0846
Prediction: A waveguide coating should retain a contamination pulse as a spatial spectral notch that moves during recovery.

Test: Map analyte and spectrum.

Contrary outcome: Notch does not track analyte redistribution.

### S5-0847
Prediction: A dielectric sensor should distinguish a frozen water pocket from a gas-filled void through nonlinear relaxation.

Test: Test known phases at matched geometry.

Contrary outcome: Responses remain indistinguishable.

### S5-0848
Prediction: A polarization tag should measure residual torsion after global shape recovery through retained molecular orientation.

Test: Compare torque and orientation.

Contrary outcome: Orientation resets completely.

### S5-0849
Prediction: A thermal film should detect local loss of adhesion through a rotating cooling ellipse.

Test: Compare interfacial maps.

Contrary outcome: Ellipse orientation follows external convection only.

### S5-0850
Prediction: A porous optical sensor should detect ion exchange before swelling by a change in near-field coupling.

Test: Measure ions, volume and spectra.

Contrary outcome: Optical onset follows swelling.

### S5-0851
Prediction: A capillary sensor should estimate the duration of a pressure hold from the recovery speed of its pinned interface.

Test: Apply equal-peak holds.

Contrary outcome: Recovery depends only on peak pressure.

### S5-0852
Prediction: A fluorescent gel should distinguish tensile damage from chemical degradation through different spatial lifetime correlations.

Test: Apply blinded insults.

Contrary outcome: Correlation patterns overlap.

### S5-0853
Prediction: A resonant fiber should identify where liquid enters its lumen from the order of modal phase changes.

Test: Image known entry sites.

Contrary outcome: Phase order cannot locate entry.

### S5-0854
Prediction: A thermal sensor should detect a buried reaction front through a sign reversal in adjacent temperature derivatives.

Test: Map front and temperatures.

Contrary outcome: Sign pattern lacks front specificity.

### S5-0855
Prediction: A flexible scattering layer should retain an acoustic-event amplitude through the fraction of permanently rotated grains.

Test: Measure rotations and calibrated sound.

Contrary outcome: Rotation fraction follows duration alone.

### S5-0856
Prediction: A soft capacitor should separate external pressure from internal gas generation through opposing transient phase sequences.

Test: Apply independent inputs.

Contrary outcome: Sequences remain degenerate.

### S5-0857
Prediction: A microbalance should detect layer delamination through increased rotational inertia without net mass change.

Test: Measure modes and interface.

Contrary outcome: Signals cannot distinguish delamination from rigid tilt.

### S5-0858
Prediction: A photonic film should detect mechanical aging through a changed recovery path after a small humidity pulse.

Test: Measure modulus and optical recovery.

Contrary outcome: Path depends only on present humidity.

### S5-0859
Prediction: A capillary assay should distinguish pore narrowing from increased viscosity by comparing advancing and receding front transients.

Test: Calibrate both causes.

Contrary outcome: Transients remain degenerate.

### S5-0860
Prediction: A thin acoustic cavity should reveal a hidden liquid film through a separate slow relaxation mode.

Test: Compare imaged films.

Contrary outcome: Mode changes follow added mass alone.

### S5-0861
Prediction: A passive cooling panel should preserve output after local fouling by mechanically rerouting water beneath the deposit.

Test: Map water and temperature.

Contrary outcome: Fouling causes proportional performance loss.

### S5-0862
Prediction: A porous chemical reactor should prevent channel blockage by flexing its precipitate-coated walls during pressure release.

Test: Image wall and crystals.

Contrary outcome: Blockage is unchanged when flexing occurs.

### S5-0863
Prediction: A soft fluidic counter should store impulse number through stepwise liquid transfer into a graduated reservoir.

Test: Measure count and liquid.

Contrary outcome: Stored volume reflects total impulse only.

### S5-0864
Prediction: A capillary check valve should reduce reverse leakage after a short forward pulse realigns its flexible pore lips.

Test: Measure lips and leakage.

Contrary outcome: Conditioning provides no reduction.

### S5-0865
Prediction: A liquid-metal interconnect should detect fatigue by producing a reversible warning resistance before its neck ruptures.

Test: Measure neck and resistance.

Contrary outcome: Warning starts only with irreversible damage.

### S5-0866
Prediction: A porous solar evaporator should resist salt buildup when its bending periodically reconnects brine to a return channel.

Test: Map brine and crystals.

Contrary outcome: Bending does not change buildup at equal flux.

### S5-0867
Prediction: A flexible dust collector should release particles into a chosen direction by propagating a peeling wave.

Test: Measure wave and trajectories.

Contrary outcome: Particles leave isotropically.

### S5-0868
Prediction: A hydrogel regulator should buffer concentration pulses by swelling into a bypass only when local binding sites saturate.

Test: Measure occupancy and flow.

Contrary outcome: Buffering is occupancy-independent.

### S5-0869
Prediction: A passive gas sampler should retain pulse order through sequentially wetted adsorption zones.

Test: Apply reversed gas histories.

Contrary outcome: Final profiles are order-independent.

### S5-0870
Prediction: A capillary latch should reset through vapor transfer without moving its trapped liquid directly.

Test: Measure vapor and meniscus.

Contrary outcome: Reset requires bulk liquid displacement.

### S5-0871
Prediction: A soft optical diaphragm should reject brief pressure spikes while responding to sustained pressure through slow internal drainage.

Test: Measure drainage and transmission.

Contrary outcome: Response depends only on pressure amplitude.

### S5-0872
Prediction: A porous separator should shed an oil fouling layer when water condensation opens a lubricating interfacial film.

Test: Image film and release.

Contrary outcome: Detachment occurs without interfacial water.

### S5-0873
Prediction: A compliant filter should sort particles by the energy of their elastic rebound rather than size.

Test: Measure rebound and passage.

Contrary outcome: Sorting follows diameter alone.

### S5-0874
Prediction: A thermal memory should preserve both event direction and duration in separate capillary positions.

Test: Apply known heating/cooling histories.

Contrary outcome: Readouts cannot independently decode both.

### S5-0875
Prediction: A flexible acoustic reflector should self-protect from excessive sound by opening pressure-relief slits.

Test: Measure slit and transmitted pressure.

Contrary outcome: Protection follows material heating only.

### S5-0876
Prediction: A liquid-filled mechanical switch should synchronize distant contacts through a pressure pulse rather than a rigid linkage.

Test: Measure timing with linkage absent.

Contrary outcome: Contacts remain uncoordinated.

### S5-0877
Prediction: A porous adhesive should hold under slow load but release under rapid load because trapped liquid cannot redistribute.

Test: Measure liquid and failure.

Contrary outcome: Release threshold is rate-independent.

### S5-0878
Prediction: A capillary dispenser should meter smaller doses after overpressure by temporarily storing excess liquid in an elastic side pocket.

Test: Measure pocket and dose.

Contrary outcome: Dose follows input pressure directly.

### S5-0879
Prediction: A soft cleaning membrane should remove crystals preferentially by exploiting their fracture during curvature reversal.

Test: Measure crystal fracture and release.

Contrary outcome: Removal follows adhesion alone.

### S5-0880
Prediction: A passive microfluidic alarm should whistle when a blocked channel diverts gas into a resonant bypass.

Test: Measure blockage and sound.

Contrary outcome: Sound occurs equally without blockage.

### S5-0881
Prediction: A particle gel should recover from shear with a reproducible orientation bias inherited from surviving strong bonds.

Test: Map bond survival and structure.

Contrary outcome: Recovery is isotropic.

### S5-0882
Prediction: A confined liquid should retain pressure noise correlations after mean flow stops because its walls relax cooperatively.

Test: Measure pressure and wall motion.

Contrary outcome: Noise returns immediately to independent baseline.

### S5-0883
Prediction: A molecular network should display an aging-rate maximum at intermediate bond exchange because fast exchange erases stored stress.

Test: Measure exchange and relaxation.

Contrary outcome: Aging changes monotonically.

### S5-0884
Prediction: A droplet oscillator should show phase slips before complete loss of chemical coupling.

Test: Measure chemical exchange and phases.

Contrary outcome: Coordination vanishes without preceding slips.

### S5-0885
Prediction: A porous mechanical network should localize weak forcing near a newly opened liquid pathway.

Test: Map pathway and motion.

Contrary outcome: Response remains uniformly distributed.

### S5-0886
Prediction: A membrane should retain loading-sequence information only when domain-boundary motion is slower than mechanical recovery.

Test: Measure both times and final domains.

Contrary outcome: Memory is timescale-independent.

### S5-0887
Prediction: A granular interface should exhibit a burst of rearrangements when capillary bridges reconnect after rest.

Test: Image bridges and contacts.

Contrary outcome: Rearrangements occur without bridge reconnection.

### S5-0888
Prediction: A soft resonator should detect an approaching topological transition through a change in mode-correlation sign.

Test: Measure topology and mode fluctuations.

Contrary outcome: Sign changes occur only after transition.

### S5-0889
Prediction: A molecular film should improve signal discrimination after repeated low-amplitude stimulation anneals unstable domains.

Test: Measure domains and response distributions.

Contrary outcome: Discrimination remains unchanged.

### S5-0890
Prediction: A capillary network should display a recoverable refractory period after a large pulse drains its shared reservoir.

Test: Measure reservoir and pulse response.

Contrary outcome: Recovery is independent of reservoir refill.

### S5-0891
Prediction: A reconstituted filament web should retain a force-event location in its delayed relaxation map after shape recovery.

Test: Measure local relaxation.

Contrary outcome: Map becomes spatially uniform.

### S5-0892
Prediction: A liquid-coated granular chain should transmit a weak pulse more reliably after a preparatory pulse regularizes bridge volumes.

Test: Measure bridges and transmission.

Contrary outcome: Regularization adds no reliability.

### S5-0893
Prediction: A reactive interface should exhibit a pause-dependent restart direction because adsorbed intermediates redistribute during the pause.

Test: Map intermediates and front motion.

Contrary outcome: Restart follows the original direction regardless of pause.

### S5-0894
Prediction: A porous thermal oscillator should show a secondary rhythm when gas dissolution introduces a slower recovery process.

Test: Measure gas and temperature spectra.

Contrary outcome: Only one timescale remains after calibration.

### S5-0895
Prediction: A soft particle assembly should store a mechanical pulse's sign in asymmetric contact-age distributions.

Test: Measure contacts after reversed pulses.

Contrary outcome: Distributions are sign-independent.

### S5-0896
Prediction: A cell-free droplet pair should retain synchronized motion briefly after chemical coupling ends because membrane tension relaxes slowly.

Test: Measure exchange and motion.

Contrary outcome: Synchronization ends immediately.

### S5-0897
Prediction: A capillary lattice should release stored fluid in avalanches whose initiation sites follow residual elastic stress.

Test: Map stress and release.

Contrary outcome: Initiation follows pore size only.

### S5-0898
Prediction: A protein network should show a temporary reduction in mechanical noise after crosslinks rebind cooperatively.

Test: Measure binding and fluctuations.

Contrary outcome: Noise follows temperature and modulus alone.

### S5-0899
Prediction: A passive mechanical decoder should distinguish pulse spacing from pulse strength using two independently calibrated relaxation reservoirs.

Test: Apply blinded pulse trains.

Contrary outcome: Readouts remain underdetermined.

### S5-0900
Prediction: A deformable porous material should recover permeability in discrete steps after unloading because contact clusters unjam cooperatively.

Test: Image clusters and flow.

Contrary outcome: Recovery remains smooth without cluster events.
