| ID | Claim | Value | Source |
|---|---|---|---|
| F4-093 | Adding a derived variable inflates R2 by 50.27x at sigma_x=0.20 | 50.272 | Incoprea_1K |
| F7-084 | Coffin-Manson n=5.65: halving dT from 186 K multiplies life by 50.21 | 50.21 | Incoprea_1K |
| F8-088 | A 92% velocity rise raises erosion 50.10x | 50.1 | Incoprea_1K |
| G1-064 | A sphere of radius ratio 2.26 has 11.54x the volume and 5.11x the surface | 11.543 | Mirror_1K |
| F10-032 | Johnson noise at 1738 ohm, 85 Hz is 49.5 nV | 49.5 | Incoprea_1K |
| G2-006 | A 7-channel parallel set loses 14.3% of one channel's flow when it fails | 0.1429 | Mirror_1K |
| G2-036 | A 7-channel parallel set loses 14.3% of one channel's flow when it fails | 0.1429 | Mirror_1K |
| G2-066 | A 7-channel parallel set loses 14.3% of one channel's flow when it fails | 0.1429 | Mirror_1K |
| G2-096 | A 7-channel parallel set loses 14.3% of one channel's flow when it fails | 0.1429 | Mirror_1K |
| F8-087 | A 91% velocity rise raises erosion 48.55x | 48.55 | Incoprea_1K |
| G5-016 | Adding a 16th identical stage multiplies variance by 16 | 16 | Mirror_1K |
| G5-036 | Adding a 16th identical stage multiplies variance by 16 | 16 | Mirror_1K |
| G5-056 | Adding a 16th identical stage multiplies variance by 16 | 16 | Mirror_1K |
| G5-076 | Adding a 16th identical stage multiplies variance by 16 | 16 | Mirror_1K |
| G5-096 | Adding a 16th identical stage multiplies variance by 16 | 16 | Mirror_1K |
| F7-083 | Coffin-Manson n=5.60: halving dT from 184 K multiplies life by 48.50 | 48.5 | Incoprea_1K |
| G1-063 | A sphere of radius ratio 2.24 has 11.24x the volume and 5.02x the surface | 11.239 | Mirror_1K |
| F9-069 | For d=2.76 mm, 1% mass balance needs 21.019 g | 0.021019 | Incoprea_1K |
| F6-003 | At tau=0.20, 24 h captures 47% of total preload loss | 47.5 | Incoprea_1K |
| F8-086 | A 90% velocity rise raises erosion 47.05x | 47.05 | Incoprea_1K |
| F7-082 | Coffin-Manson n=5.55: halving dT from 182 K multiplies life by 46.85 | 46.85 | Incoprea_1K |
| G1-062 | A sphere of radius ratio 2.22 has 10.94x the volume and 4.93x the surface | 10.941 | Mirror_1K |
| F10-031 | Johnson noise at 1585 ohm, 79 Hz is 45.7 nV | 45.67 | Incoprea_1K |
| F8-085 | A 89% velocity rise raises erosion 45.58x | 45.58 | Incoprea_1K |
| F7-081 | Coffin-Manson n=5.50: halving dT from 180 K multiplies life by 45.25 | 45.25 | Incoprea_1K |
| G5-015 | Adding a 15th identical stage multiplies variance by 15 | 15 | Mirror_1K |
| G5-035 | Adding a 15th identical stage multiplies variance by 15 | 15 | Mirror_1K |
| G5-055 | Adding a 15th identical stage multiplies variance by 15 | 15 | Mirror_1K |
| G5-075 | Adding a 15th identical stage multiplies variance by 15 | 15 | Mirror_1K |
| G5-095 | Adding a 15th identical stage multiplies variance by 15 | 15 | Mirror_1K |
| F8-084 | A 88% velocity rise raises erosion 44.15x | 44.15 | Incoprea_1K |
| G1-061 | A sphere of radius ratio 2.20 has 10.65x the volume and 4.84x the surface | 10.648 | Mirror_1K |
| F7-080 | Coffin-Manson n=5.45: halving dT from 178 K multiplies life by 43.71 | 43.71 | Incoprea_1K |
| F4-070 | Adding a derived variable inflates R2 by 42.84x at sigma_x=0.29 | 42.838 | Incoprea_1K |
| F8-083 | A 87% velocity rise raises erosion 42.76x | 42.76 | Incoprea_1K |
| F7-079 | Coffin-Manson n=5.40: halving dT from 176 K multiplies life by 42.22 | 42.22 | Incoprea_1K |
| F10-030 | Johnson noise at 1445 ohm, 74 Hz is 42.1 nV | 42.13 | Incoprea_1K |
| G1-060 | A sphere of radius ratio 2.18 has 10.36x the volume and 4.75x the surface | 10.36 | Mirror_1K |
| F8-082 | A 86% velocity rise raises erosion 41.41x | 41.41 | Incoprea_1K |
| F9-070 | For d=2.90 mm, 1% mass balance needs 24.332 g | 0.024332 | Incoprea_1K |
| F7-078 | Coffin-Manson n=5.35: halving dT from 174 K multiplies life by 40.79 | 40.79 | Incoprea_1K |
| F4-054 | Adding a derived variable inflates R2 by 40.31x at sigma_x=0.24 | 40.312 | Incoprea_1K |
| G1-059 | A sphere of radius ratio 2.16 has 10.08x the volume and 4.67x the surface | 10.078 | Mirror_1K |
| G5-014 | Adding a 14th identical stage multiplies variance by 14 | 14 | Mirror_1K |
| G5-034 | Adding a 14th identical stage multiplies variance by 14 | 14 | Mirror_1K |
| G5-054 | Adding a 14th identical stage multiplies variance by 14 | 14 | Mirror_1K |
| G5-074 | Adding a 14th identical stage multiplies variance by 14 | 14 | Mirror_1K |
| G5-094 | Adding a 14th identical stage multiplies variance by 14 | 14 | Mirror_1K |
| F8-081 | A 85% velocity rise raises erosion 40.09x | 40.09 | Incoprea_1K |
| G3-021 | A particle of 10.0 nm has 100.00 nm2 of surface | 100 | Mirror_1K |
| G3-022 | A particle of 11.2 nm has 125.89 nm2 of surface | 125.893 | Mirror_1K |
| G3-023 | A particle of 12.6 nm has 158.49 nm2 of surface | 158.489 | Mirror_1K |
| G3-024 | A particle of 14.1 nm has 199.53 nm2 of surface | 199.526 | Mirror_1K |
| G3-025 | A particle of 15.8 nm has 251.19 nm2 of surface | 251.189 | Mirror_1K |
| G3-026 | A particle of 17.8 nm has 316.23 nm2 of surface | 316.228 | Mirror_1K |
| G3-027 | A particle of 20.0 nm has 398.11 nm2 of surface | 398.107 | Mirror_1K |
| G3-028 | A particle of 22.4 nm has 501.19 nm2 of surface | 501.187 | Mirror_1K |
| G3-029 | A particle of 25.1 nm has 630.96 nm2 of surface | 630.957 | Mirror_1K |
| G3-030 | A particle of 28.2 nm has 794.33 nm2 of surface | 794.328 | Mirror_1K |
| G3-031 | A particle of 31.6 nm has 1000.00 nm2 of surface | 1000 | Mirror_1K |
| G3-032 | A particle of 35.5 nm has 1258.93 nm2 of surface | 1258.92 | Mirror_1K |
| G3-033 | A particle of 39.8 nm has 1584.89 nm2 of surface | 1584.89 | Mirror_1K |
| G3-034 | A particle of 44.7 nm has 1995.26 nm2 of surface | 1995.26 | Mirror_1K |
| G3-035 | A particle of 50.1 nm has 2511.89 nm2 of surface | 2511.89 | Mirror_1K |
| G3-036 | A particle of 56.2 nm has 3162.28 nm2 of surface | 3162.28 | Mirror_1K |
| G3-037 | A particle of 63.1 nm has 3981.07 nm2 of surface | 3981.07 | Mirror_1K |
| G3-038 | A particle of 70.8 nm has 5011.87 nm2 of surface | 5011.87 | Mirror_1K |
| G3-039 | A particle of 79.4 nm has 6309.57 nm2 of surface | 6309.57 | Mirror_1K |
| G3-040 | A particle of 89.1 nm has 7943.28 nm2 of surface | 7943.28 | Mirror_1K |
| G3-041 | A particle of 100.0 nm has 10000.00 nm2 of surface | 10000 | Mirror_1K |
| G3-042 | A particle of 112.2 nm has 12589.25 nm2 of surface | 12589.3 | Mirror_1K |
| G3-043 | A particle of 125.9 nm has 15848.93 nm2 of surface | 15848.9 | Mirror_1K |
| G3-044 | A particle of 141.3 nm has 19952.62 nm2 of surface | 19952.6 | Mirror_1K |
| G3-045 | A particle of 158.5 nm has 25118.86 nm2 of surface | 25118.9 | Mirror_1K |
| G3-046 | A particle of 177.8 nm has 31622.78 nm2 of surface | 31622.8 | Mirror_1K |
| G3-047 | A particle of 199.5 nm has 39810.72 nm2 of surface | 39810.7 | Mirror_1K |
| G3-048 | A particle of 223.9 nm has 50118.72 nm2 of surface | 50118.7 | Mirror_1K |
| G3-049 | A particle of 251.2 nm has 63095.73 nm2 of surface | 63095.7 | Mirror_1K |
| G3-050 | A particle of 281.8 nm has 79432.82 nm2 of surface | 79432.8 | Mirror_1K |
| G3-051 | A particle of 316.2 nm has 100000.00 nm2 of surface | 100000 | Mirror_1K |
| G3-052 | A particle of 354.8 nm has 125892.54 nm2 of surface | 125893 | Mirror_1K |
| G3-053 | A particle of 398.1 nm has 158489.32 nm2 of surface | 158489 | Mirror_1K |
| G3-054 | A particle of 446.7 nm has 199526.23 nm2 of surface | 199526 | Mirror_1K |
| G3-055 | A particle of 501.2 nm has 251188.64 nm2 of surface | 251189 | Mirror_1K |
| G3-056 | A particle of 562.3 nm has 316227.77 nm2 of surface | 316228 | Mirror_1K |
| G3-057 | A particle of 631.0 nm has 398107.17 nm2 of surface | 398107 | Mirror_1K |
| G3-058 | A particle of 707.9 nm has 501187.23 nm2 of surface | 501187 | Mirror_1K |
| G3-059 | A particle of 794.3 nm has 630957.34 nm2 of surface | 630957 | Mirror_1K |
| G3-060 | A particle of 891.3 nm has 794328.23 nm2 of surface | 794328 | Mirror_1K |
| G3-061 | A particle of 1000.0 nm has 1000000.00 nm2 of surface | 1e+06 | Mirror_1K |
| G3-062 | A particle of 1122.0 nm has 1258925.41 nm2 of surface | 1.25893e+06 | Mirror_1K |
| G3-063 | A particle of 1258.9 nm has 1584893.19 nm2 of surface | 1.58489e+06 | Mirror_1K |
| G3-064 | A particle of 1412.5 nm has 1995262.31 nm2 of surface | 1.99526e+06 | Mirror_1K |
| G3-065 | A particle of 1584.9 nm has 2511886.43 nm2 of surface | 2.51189e+06 | Mirror_1K |
| G3-066 | A particle of 1778.3 nm has 3162277.66 nm2 of surface | 3.16228e+06 | Mirror_1K |
| G3-067 | A particle of 1995.3 nm has 3981071.71 nm2 of surface | 3.98107e+06 | Mirror_1K |
| G3-068 | A particle of 2238.7 nm has 5011872.34 nm2 of surface | 5.01187e+06 | Mirror_1K |
| G3-069 | A particle of 2511.9 nm has 6309573.44 nm2 of surface | 6.30957e+06 | Mirror_1K |
| G3-070 | A particle of 2818.4 nm has 7943282.35 nm2 of surface | 7.94328e+06 | Mirror_1K |
| G3-071 | A particle of 3162.3 nm has 10000000.00 nm2 of surface | 1e+07 | Mirror_1K |
| G3-072 | A particle of 3548.1 nm has 12589254.12 nm2 of surface | 1.25893e+07 | Mirror_1K |
| G3-073 | A particle of 3981.1 nm has 15848931.92 nm2 of surface | 1.58489e+07 | Mirror_1K |
| G3-074 | A particle of 4466.8 nm has 19952623.15 nm2 of surface | 1.99526e+07 | Mirror_1K |
| G3-075 | A particle of 5011.9 nm has 25118864.32 nm2 of surface | 2.51189e+07 | Mirror_1K |
| G3-076 | A particle of 5623.4 nm has 31622776.60 nm2 of surface | 3.16228e+07 | Mirror_1K |
| G3-077 | A particle of 6309.6 nm has 39810717.06 nm2 of surface | 3.98107e+07 | Mirror_1K |
| G3-078 | A particle of 7079.5 nm has 50118723.36 nm2 of surface | 5.01187e+07 | Mirror_1K |
| G3-079 | A particle of 7943.3 nm has 63095734.45 nm2 of surface | 6.30957e+07 | Mirror_1K |
| G3-080 | A particle of 8912.5 nm has 79432823.47 nm2 of surface | 7.94328e+07 | Mirror_1K |
| G3-081 | A particle of 10000.0 nm has 100000000.00 nm2 of surface | 1e+08 | Mirror_1K |
| G3-082 | A particle of 11220.2 nm has 125892541.18 nm2 of surface | 1.25893e+08 | Mirror_1K |
| G3-083 | A particle of 12589.3 nm has 158489319.25 nm2 of surface | 1.58489e+08 | Mirror_1K |
| G3-084 | A particle of 14125.4 nm has 199526231.50 nm2 of surface | 1.99526e+08 | Mirror_1K |
| G3-085 | A particle of 15848.9 nm has 251188643.15 nm2 of surface | 2.51189e+08 | Mirror_1K |
| G3-086 | A particle of 17782.8 nm has 316227766.02 nm2 of surface | 3.16228e+08 | Mirror_1K |
| G3-087 | A particle of 19952.6 nm has 398107170.55 nm2 of surface | 3.98107e+08 | Mirror_1K |
| G3-088 | A particle of 22387.2 nm has 501187233.63 nm2 of surface | 5.01187e+08 | Mirror_1K |
| G3-089 | A particle of 25118.9 nm has 630957344.48 nm2 of surface | 6.30957e+08 | Mirror_1K |
| G3-090 | A particle of 28183.8 nm has 794328234.72 nm2 of surface | 7.94328e+08 | Mirror_1K |
| G3-091 | A particle of 31622.8 nm has 1000000000.00 nm2 of surface | 1e+09 | Mirror_1K |
| G3-092 | A particle of 35481.3 nm has 1258925411.79 nm2 of surface | 1.25893e+09 | Mirror_1K |
| G3-093 | A particle of 39810.7 nm has 1584893192.46 nm2 of surface | 1.58489e+09 | Mirror_1K |
| G3-094 | A particle of 44668.4 nm has 1995262314.97 nm2 of surface | 1.99526e+09 | Mirror_1K |
| G3-095 | A particle of 50118.7 nm has 2511886431.51 nm2 of surface | 2.51189e+09 | Mirror_1K |
| G3-096 | A particle of 56234.1 nm has 3162277660.17 nm2 of surface | 3.16228e+09 | Mirror_1K |
| G3-097 | A particle of 63095.7 nm has 3981071705.53 nm2 of surface | 3.98107e+09 | Mirror_1K |
| G3-098 | A particle of 70794.6 nm has 5011872336.27 nm2 of surface | 5.01187e+09 | Mirror_1K |
| G3-099 | A particle of 79432.8 nm has 6309573444.80 nm2 of surface | 6.30957e+09 | Mirror_1K |
| G3-100 | A particle of 89125.1 nm has 7943282347.24 nm2 of surface | 7.94328e+09 | Mirror_1K |
| F7-077 | Coffin-Manson n=5.30: halving dT from 172 K multiplies life by 39.40 | 39.4 | Incoprea_1K |
| F2-089 | Reported conductivity at lambda=38.200 is 39.18x its unbiased value | 39.177 | Incoprea_1K |
| F10-029 | Johnson noise at 1318 ohm, 69 Hz is 38.9 nV | 38.87 | Incoprea_1K |
| F8-080 | A 84% velocity rise raises erosion 38.81x | 38.81 | Incoprea_1K |
| G1-058 | A sphere of radius ratio 2.14 has 9.80x the volume and 4.58x the surface | 9.8 | Mirror_1K |
| F6-002 | At tau=0.15, 24 h captures 38% of total preload loss | 38.3 | Incoprea_1K |
| F7-076 | Coffin-Manson n=5.25: halving dT from 170 K multiplies life by 38.05 | 38.05 | Incoprea_1K |
| F8-079 | A 83% velocity rise raises erosion 37.56x | 37.56 | Incoprea_1K |
| G1-057 | A sphere of radius ratio 2.12 has 9.53x the volume and 4.49x the surface | 9.528 | Mirror_1K |
Incoprea Research · the best 1,000 · 3 November 2026. Sorted from every result produced today. Computation only.