REPRODUCE: every number on the site, recomputed from data/ E1 alpha = 0 (clock rate follows the potential) residuals [-0.13, 0.0, 0.08] chi2 0.02318 -> agrees E2 gamma - 1 = 0 (full bending, general relativity) residuals [0.91, -0.67] chi2 1.278 -> agrees E2 gamma - 1 = -1 (clock-rate half only, Soldner's 0.876 arcsec) residuals [43479.17, 8332.67] chi2 1.96e+09 -> contradicted E3 Hafele and Keating's own prediction from the flight logs residuals [-0.76, -0.09] chi2 0.5821 -> agrees E4 gamma x tau0 (time dilation) residuals [-0.14, -0.94] chi2 1.26 -> agrees E5 S = 2 sqrt 2 at every apparatus (ideal analysers) residuals [-8.76, -4.92, -2.04, -5.09] chi2 131.1 -> contradicted E5 S at most 2 (each end holds its own preset value) residuals [46.47, 36.5, 2.1, 4.11] chi2 3513 -> contradicted E5 Aspect 1982 against its own apparatus prediction 2.70 +/- 0.05 residuals [-0.06] chi2 0.003303 -> agrees E6 return at 720 degrees (two-valued wave) residuals [-0.84] chi2 0.7091 -> agrees E6 return at 360 degrees (ordinary vector, rotating body) residuals [93.89] chi2 8816 -> contradicted E7 general relativity, 6 pi GM / (c^2 a (1 - e^2)) per orbit residuals [-0.02] chi2 0.0002854 -> agrees E7 weak-field clock-rate map alone (no advance) residuals [1074.5] chi2 1.155e+06 -> contradicted E8 Bohr ladder with reduced mass residuals [2298950011.7] chi2 5.285e+18 -> contradicted E8 Dirac levels with reduced mass (no QED) residuals [-710596536.45] chi2 5.049e+17 -> contradicted E9 antimatter falls at 1 g residuals [-1.21] chi2 1.473 -> agrees E9 antimatter rises at -1 g residuals [8.5] chi2 72.17 -> contradicted E5 bound 2 < S <= 2 sqrt 2 -> agrees E3-part-A scored 29, agree 16, contradicted 12, open 1, recalled 1 T1 +0.314 agrees (data recalled from a secondary source, not counted) T2 -0.478 agrees T3 +0.154 agrees T4 +0.909 agrees T5 +0.81 agrees T6 - agrees (inside the published bound) T7 -0.107 agrees T8a +5.17 contradicted T8b -0.497 agrees T9a +19.9 contradicted T9b -0.12 agrees T10 -1 agrees T11 -0.556 agrees T12 -0.587 agrees C1 - agrees (inside the published bound) C2 +0 agrees C3 - open S1 -3.99e+07 contradicted S2 -225 contradicted S3 -1.35e+03 contradicted S4 -3.94e+03 contradicted K1 +2.45e+03 contradicted K1d -451 contradicted K2 +1.26e+03 contradicted K2d -205 contradicted K3 +0 agrees K4 +0 agrees K5 - contradicted (exact integers differ) K6 - contradicted (exact integers differ) N1 - agrees (inside the published bound) WAVE S: two ends, probabilistic 1.4142; two ends, sign 2.0000; read once for both ends 2.8284; ceiling 2.8284 P01 z from 720: -0.84; z from 360: +93.9 [10.1007/BF01321193] P02 46.5 sigma above the preset-answer limit 2 [10.1103/PhysRevLett.49.91] P03 2.1 sigma above 2 [10.1038/nature15759] P04 4.1 sigma above 2 [10.1126/science.aan3211] P05 a three-direction inverse square predicts no deviation: inside the bound [10.1103/PhysRevLett.124.101101] P06 no excitation seen: a fixed mass inside the range is excluded [10.1103/PhysRevD.98.092001] P07 combined +0.07 sigma from 0; chi2 = 0.0232, p = 0.999 [10.1103/PhysRevLett.121.231101] P08 full bending +0.77 sigma; half bending +44270 sigma [10.1038/nature01997] P09 against 64.4309 us: residuals [-0.14, -0.94] [10.1038/268301a0] P10 residuals against the flight-log predictions [-0.76, -0.09] [10.1126/science.177.4044.168] P11 falls at 1 g: -1.21 sigma; rises at -1 g: +8.5 sigma [10.1038/s41586-023-06527-1] P12 no rotation term predicts 0: +5.17 sigma [10.1103/PhysRevLett.106.221101] P13 beta = 1: -0.69 sigma [10.3847/1538-3881/aa5be2] P14 Bohr ladder misses by 2.299e+10 Hz; Dirac levels by -7.106e+09 Hz [10.1103/PhysRevLett.107.203001] P15 universal free fall predicts 0: -0.56 sigma [10.1103/PhysRevLett.129.121102] P16 ratio 1: -0.59 sigma [10.1103/PhysRevX.11.041050] P17 against 1.09e-19 per mm: -0.48 sigma [10.1038/s41586-021-04349-7] P18 against 633.1 m/s: +0.81 sigma [10.1051/0004-6361/202038937]