==================================================================================================== count ibm_fez job dbcn7s424mrc73cjvm70 R2.1 kick per readout at N=1 -1.751 [-2.662, -1.281] deg n=117 -> BELOW (copy gap +0.3434 [-0.4985, +1.178]) R2.1 kick per readout at N=3 -1.552 [-1.958, -1.113] deg n=117 -> BELOW (copy gap +0.03159 [-0.2514, +0.3275]) R2.1 kick per readout at N=9 -1.498 [-2.036, -1.024] deg n=117 -> BELOW (copy gap -0.1354 [-0.2206, +0.0941]) R2.1 kick per readout at N=27 -1.216 [-1.652, -0.8439] deg n=117 -> BELOW (copy gap -0.008977 [-0.1617, +0.1329]) R2.1 kick per readout at N=54 -0.7963 [-1.368, -0.4539] deg n=117 -> BELOW (copy gap +0.02846 [-0.1043, +0.2067]) R2.1 kick per readout at N=81 -0.6999 [-1.303, -0.3825] deg n=117 -> BELOW (copy gap -0.03821 [-0.1992, +0.04251]) R2.2 kick per readout, readouts 27->81 minus readouts 1->9 +0.2892 [+0.05008, +0.5848] deg n=117 -> ABOVE (copy gap +0.1093 [-0.4191, +0.2276]) R2.3 intercept of the phase gap against N -1.787 [-3.827, -0.4497] deg n=117 -> BELOW (copy gap +0.345 [-1.219, +3.146]) R2.4 coherence loss at N=1 (idle - readout) copies shifted +0.009508 [+0.000276, +0.01597] | copy0 +0.004138 copy1 -0.005332 -> CANNOT TELL R2.4 coherence loss at N=3 (idle - readout) -0.002682 [-0.006769, +0.005998] n=117 -> CONSISTENT (copy gap -0.008242 [-0.01773, +0.001573]) R2.4 coherence loss at N=9 (idle - readout) +0.00732 [-0.001423, +0.01143] n=117 -> CONSISTENT (copy gap -0.003139 [-0.01336, +0.002962]) R2.4 coherence loss at N=27 (idle - readout) +0.006951 [+0.000288, +0.01372] n=117 -> ABOVE (copy gap +0.005126 [-0.003971, +0.02226]) R2.4 coherence loss at N=54 (idle - readout) +0.003991 [-0.003284, +0.01224] n=117 -> CONSISTENT (copy gap +0.00174 [-0.01466, +0.01475]) R2.4 coherence loss at N=81 (idle - readout) -0.001708 [-0.007687, +0.002246] n=117 -> CONSISTENT (copy gap -0.001065 [-0.01822, +0.004765]) R2.5 SUM form: loss(81) - 3 x loss(27) -0.02464 [-0.04419, -0.003398] n=117 -> BELOW (copy gap -0.0185 [-0.04868, +0.01268]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=9 +0.0012 [-0.0003742, +0.002522] n=117 -> CONSISTENT (copy gap -0.0004732 [-0.002116, +0.0007112]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=27 +0.001253 [+6.418e-05, +0.002107] n=107 -> ABOVE (copy gap +0.0009697 [-0.0006623, +0.003]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=81 +0.000783 [-0.000255, +0.002651] n=66 -> CONSISTENT (copy gap +0.0003292 [-0.001908, +0.002221]) R2.7 PRODUCT form: per-readout loss at 81 minus at 9 -0.0007526 [-0.002444, +0.001307] n=66 -> CONSISTENT (copy gap +0.002897 [-0.0003469, +0.006112]) ==================================================================================================== count ibm_kingston job dbcn7spgv2cc73eamcng R2.1 kick per readout at N=1 -4 [-5.168, -2.953] deg n=117 -> BELOW (copy gap +0.1383 [-0.6491, +0.7914]) R2.1 kick per readout at N=3 -3.579 [-4.333, -2.656] deg n=117 -> BELOW (copy gap -0.1019 [-0.5111, +0.1631]) R2.1 kick per readout at N=9 -2.992 [-3.88, -2.313] deg n=117 -> BELOW (copy gap -0.06759 [-0.1938, +0.0681]) R2.1 kick per readout at N=27 -2.286 [-2.922, -1.714] deg n=117 -> BELOW (copy gap -0.05022 [-0.1343, +0.05758]) R2.1 kick per readout at N=54 -1.32 [-1.65, -0.7483] deg n=117 -> BELOW (copy gap -0.1809 [-0.4882, +0.02204]) R2.1 kick per readout at N=81 -0.9871 [-1.44, -0.6694] deg n=117 -> BELOW (copy gap -0.01672 [-0.1174, +0.09021]) R2.2 kick per readout, readouts 27->81 minus readouts 1->9 +0.9945 [+0.4528, +3.48] deg n=117 -> ABOVE (copy gap +0.01034 [-0.1427, +0.4589]) R2.3 intercept of the phase gap against N -7.617 [-17.95, -2.719] deg n=117 -> BELOW (copy gap -1.235 [-2.769, +0.9904]) R2.4 coherence loss at N=1 (idle - readout) +0.002665 [+0.0006814, +0.005637] n=117 -> ABOVE (copy gap -0.003221 [-0.007006, +0.004703]) R2.4 coherence loss at N=3 (idle - readout) +0.004397 [+0.0005569, +0.01001] n=117 -> ABOVE (copy gap +0.002871 [-0.00461, +0.007862]) R2.4 coherence loss at N=9 (idle - readout) +0.01155 [+0.003658, +0.02018] n=117 -> ABOVE (copy gap +0.002804 [-0.0177, +0.01098]) R2.4 coherence loss at N=27 (idle - readout) +0.01782 [+0.006974, +0.02268] n=117 -> ABOVE (copy gap -0.004693 [-0.01964, +0.01394]) R2.4 coherence loss at N=54 (idle - readout) +0.008855 [+0.001437, +0.01581] n=117 -> ABOVE (copy gap -0.006362 [-0.01316, +0.002512]) R2.4 coherence loss at N=81 (idle - readout) +0.01314 [+0.004388, +0.02311] n=117 -> ABOVE (copy gap -0.0008516 [-0.01779, +0.01151]) R2.5 SUM form: loss(81) - 3 x loss(27) -0.02583 [-0.04814, -0.009513] n=117 -> BELOW (copy gap -0.00196 [-0.05639, +0.06585]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=9 +0.001734 [+0.0009117, +0.003494] n=114 -> ABOVE (copy gap +0.00045 [-0.002465, +0.001606]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=27 +0.002542 [+0.001292, +0.003446] n=108 -> ABOVE (copy gap -0.0001941 [-0.002336, +0.00187]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=81 +0.00208 [+0.001243, +0.003536] n=85 -> ABOVE (copy gap +0.0004495 [-0.0008666, +0.001198]) R2.7 PRODUCT form: per-readout loss at 81 minus at 9 +0.000183 [-0.0008229, +0.001442] n=85 -> CONSISTENT (copy gap -0.0002181 [-0.00231, +0.002986]) ==================================================================================================== count ibm_marrakesh job dbcn7u7i0auc7393u0d0 R2.1 kick per readout at N=1 -3.648 [-4.44, -2.645] deg n=117 -> BELOW (copy gap -0.1488 [-1.286, +0.8371]) R2.1 kick per readout at N=3 -3.316 [-4.132, -2.046] deg n=117 -> BELOW (copy gap -0.02857 [-0.61, +0.2981]) R2.1 kick per readout at N=9 -2.93 [-3.647, -2.148] deg n=117 -> BELOW (copy gap -0.04936 [-0.1849, +0.1227]) R2.1 kick per readout at N=27 -1.875 [-2.565, -1.427] deg n=117 -> BELOW (copy gap -0.01517 [-0.1786, +0.2774]) R2.1 kick per readout at N=54 -1.178 [-1.603, -0.6809] deg n=117 -> BELOW (copy gap +0.1131 [-0.1123, +0.4391]) R2.1 kick per readout at N=81 -0.8526 [-1.459, -0.3956] deg n=117 -> BELOW (copy gap +0.09076 [-0.1366, +0.4238]) R2.2 kick per readout, readouts 27->81 minus readouts 1->9 +1.779 [+0.8987, +3.69] deg n=117 -> ABOVE (copy gap -0.06898 [-0.7206, +0.5965]) R2.3 intercept of the phase gap against N -14.01 [-17.72, -5.999] deg n=117 -> BELOW (copy gap -1.4 [-4.461, +2.738]) R2.4 coherence loss at N=1 (idle - readout) +0.009191 [+0.002982, +0.01247] n=117 -> ABOVE (copy gap +0.004158 [-0.003734, +0.01314]) R2.4 coherence loss at N=3 (idle - readout) +0.01426 [+0.004967, +0.02054] n=117 -> ABOVE (copy gap +0.002336 [-0.01148, +0.01567]) R2.4 coherence loss at N=9 (idle - readout) +0.02025 [+0.01458, +0.02952] n=117 -> ABOVE (copy gap +0.01558 [-0.00355, +0.02699]) R2.4 coherence loss at N=27 (idle - readout) +0.01722 [+0.008874, +0.02574] n=117 -> ABOVE (copy gap -0.003678 [-0.01941, +0.008827]) R2.4 coherence loss at N=54 (idle - readout) +0.008589 [-7.635e-05, +0.01548] n=117 -> CONSISTENT (copy gap -0.0003054 [-0.0101, +0.01176]) R2.4 coherence loss at N=81 (idle - readout) +0.005584 [+0.002361, +0.01141] n=117 -> ABOVE (copy gap +0.002622 [-0.01004, +0.01359]) R2.5 SUM form: loss(81) - 3 x loss(27) -0.06348 [-0.08063, -0.01682] n=117 -> BELOW (copy gap +0.02108 [-0.02141, +0.04907]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=9 +0.005263 [+0.003687, +0.007122] n=114 -> ABOVE (copy gap +0.002855 [-0.000606, +0.005941]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=27 +0.003924 [+0.002518, +0.007096] n=101 -> ABOVE (copy gap +1.412e-05 [-0.003094, +0.002513]) R2.6 PRODUCT form: -ln(readout/idle)/N at N=81 +0.003163 [+0.0008874, +0.006225] n=68 -> ABOVE (copy gap +0.001105 [-0.001064, +0.0027]) R2.7 PRODUCT form: per-readout loss at 81 minus at 9 +0.0001241 [-0.004301, +0.002085] n=67 -> CONSISTENT (copy gap +0.004521 [-0.001286, +0.00843]) ==================================================================================================== distance ibm_fez job dbcn770c77vs7386k0g0 layout ball: spectators at distance <=2 / 3-4 / 5+: [10, 15, 92] R1.1 kick per readout, ball layout, all spectators -0.07351 [-0.1545, -0.004068] deg n=117 -> BELOW (copy gap -0.0107 [-0.1525, +0.05794]) sign of the kick (carried, never folded): -1; size = kick x sign R1.2 kick size, ball layout, d<=2 copies shifted +0.1978 [+0.05868, +0.3866] | copy0 +1.232 copy1 +0.97 -> CANNOT TELL R1.2 kick size, ball layout, d=3-4 +0.8068 [+0.5095, +1.738] deg n=15 -> ABOVE (copy gap -0.1717 [-0.3966, +0.09]) R1.2 kick size, ball layout, d>=5 +0.0007822 [-0.03846, +0.0665] deg n=92 -> CONSISTENT (copy gap +0.01067 [-0.06778, +0.1912]) R1.3 size(d>=5) - size(d<=2) [ABOVE larger far, BELOW larger near] -1.095 [-4.212, -0.2013] deg -> BELOW R1.4 slope of size on sum over measured of 1/d^2 +1.431 [+0.4919, +2.782] deg per unit -> ABOVE R1.5 size(d<=2) spread layout - ball layout (same job) +0.455 [-2.764, +1.421] deg -> CONSISTENT ==================================================================================================== distance ibm_kingston job dbcn77hgv2cc73eamb8g layout ball: spectators at distance <=2 / 3-4 / 5+: [10, 15, 92] R1.1 kick per readout, ball layout, all spectators -0.08332 [-0.1573, -0.007957] deg n=117 -> BELOW (copy gap +0.02355 [-0.08522, +0.05235]) sign of the kick (carried, never folded): -1; size = kick x sign R1.2 kick size, ball layout, d<=2 +3.458 [+1.531, +5.158] deg n=10 -> ABOVE (copy gap -0.115 [-0.2246, +0.02499]) R1.2 kick size, ball layout, d=3-4 +1.766 [+1.087, +3.547] deg n=15 -> ABOVE (copy gap -0.02982 [-0.1893, +0.2377]) R1.2 kick size, ball layout, d>=5 +0.004896 [-0.04986, +0.07055] deg n=92 -> CONSISTENT (copy gap +0.01103 [-0.05005, +0.1133]) R1.3 size(d>=5) - size(d<=2) [ABOVE larger far, BELOW larger near] -3.453 [-4.666, -1.558] deg -> BELOW R1.4 slope of size on sum over measured of 1/d^2 +2.032 [+1.124, +3.237] deg per unit -> ABOVE R1.5 size(d<=2) spread layout - ball layout (same job) -0.6343 [-2.39, +1.539] deg -> CONSISTENT ==================================================================================================== distance ibm_marrakesh job dbcn78k24mrc73cjvl3g layout ball: spectators at distance <=2 / 3-4 / 5+: [10, 15, 92] R1.1 kick per readout, ball layout, all spectators -0.04342 [-0.1251, +0.02723] deg n=117 -> CONSISTENT (copy gap -0.001619 [-0.1192, +0.09196]) sign of the kick (carried, never folded): -1; size = kick x sign R1.2 kick size, ball layout, d<=2 +0.9643 [-9.649, +1.947] deg n=10 -> CONSISTENT (copy gap +0.008847 [-0.1588, +0.186]) R1.2 kick size, ball layout, d=3-4 +1.298 [+0.539, +2.252] deg n=15 -> ABOVE (copy gap +0.09889 [-0.4873, +0.3615]) R1.2 kick size, ball layout, d>=5 +0.006988 [-0.06251, +0.05892] deg n=92 -> CONSISTENT (copy gap -0.02447 [-0.1299, +0.1347]) R1.3 size(d>=5) - size(d<=2) [ABOVE larger far, BELOW larger near] -0.9573 [-2.022, +9.64] deg -> CONSISTENT R1.4 slope of size on sum over measured of 1/d^2 -0.9787 [-3.877, +2.2] deg per unit -> CONSISTENT R1.5 size(d<=2) spread layout - ball layout (same job) +1.34 [+0.1466, +11.49] deg -> ABOVE ==================================================================================================== gates ibm_fez job dbcn7dpgv2cc73eambk0 R4.1 P(1) X X X train minus X train, 2 steps (4 extra gates) +0.00075 [-0.00175, +0.0035] n=156 -> CONSISTENT (copy gap +0.005 [+0, +0.008]) R4.1 P(1) X X X train minus X train, 6 steps (12 extra gates) +0.001 [-0.002, +0.0035] n=156 -> CONSISTENT (copy gap -0.002 [-0.0045, +0.005]) R4.1 P(1) X X X train minus X train, 10 steps (20 extra gates) +0.0045 [+0.002, +0.0065] n=156 -> ABOVE (copy gap -0.001 [-0.006, +0.006]) R4.2 cost per extra X gate (slope; 20% trimmed mean) +0.0002035 [+1.227e-05, +0.000395] n=156 -> ABOVE (copy gap -2.46e-05 [-0.0004363, +0.0004209]) R4.3 cost per extra X gate minus IBM stated X error (20% trimmed mean) -0.0002008 [-0.0004074, +1.203e-05] n=156 -> CONSISTENT (copy gap -2.46e-05 [-0.0004156, +0.0003863]) IBM stated X error, median over qubits: 3.27e-04 R4.4 reference: X then wait 30 us, P(1) +0.7622 [+0.7438, +0.7718] n=156 -> ABOVE (copy gap +0.0005 [-0.003, +0.005]) R4.4 reference: X then wait 90 us, P(1) +0.5002 [+0.4708, +0.5175] n=156 -> ABOVE (copy gap -0.0015 [-0.006, +0.002]) R4.4 reference: X then wait 300 us, P(1) +0.1522 [+0.1427, +0.162] n=156 -> ABOVE (copy gap +0 [-0.003, +0.0025]) ==================================================================================================== gates ibm_kingston job dbcn7efi0auc7393tv9g R4.1 P(1) X X X train minus X train, 2 steps (4 extra gates) copies shifted +0.0055 [+0.001, +0.01] | copy0 +0.0015 copy1 +0 -> CANNOT TELL R4.1 P(1) X X X train minus X train, 6 steps (12 extra gates) copies shifted -0.008 [-0.0125, -0.0015] | copy0 -0.002 copy1 +0.0055 -> CANNOT TELL R4.1 P(1) X X X train minus X train, 10 steps (20 extra gates) +0.00375 [+0.0015, +0.00625] n=156 -> ABOVE (copy gap +0.002 [-0.005, +0.005]) R4.2 cost per extra X gate (slope; 20% trimmed mean) +0.000234 [-9.724e-06, +0.0004648] n=156 -> CONSISTENT (copy gap -0.0002779 [-0.0006304, +7.648e-05]) R4.3 cost per extra X gate minus IBM stated X error (20% trimmed mean) -9.108e-05 [-0.0003452, +0.0001399] n=156 -> CONSISTENT (copy gap -0.0002779 [-0.0006317, +6.052e-05]) IBM stated X error, median over qubits: 2.41e-04 R4.4 reference: X then wait 30 us, P(1) +0.8542 [+0.843, +0.867] n=156 -> ABOVE (copy gap -0.002 [-0.0045, +0]) R4.4 reference: X then wait 90 us, P(1) +0.6673 [+0.6475, +0.6892] n=156 -> ABOVE (copy gap -0.001 [-0.005, +0.004]) R4.4 reference: X then wait 300 us, P(1) +0.3087 [+0.2863, +0.33] n=156 -> ABOVE (copy gap +0.0035 [+0, +0.007]) ==================================================================================================== gates ibm_marrakesh job dbcn7f8c77vs7386k16g R4.1 P(1) X X X train minus X train, 2 steps (4 extra gates) -0.0005 [-0.003, +0.0025] n=156 -> CONSISTENT (copy gap +0 [-0.004, +0.003]) R4.1 P(1) X X X train minus X train, 6 steps (12 extra gates) -0.00125 [-0.004, +0.001] n=156 -> CONSISTENT (copy gap -0.001 [-0.0095, +0.002]) R4.1 P(1) X X X train minus X train, 10 steps (20 extra gates) +0.00075 [-0.002756, +0.003] n=156 -> CONSISTENT (copy gap -2.776e-17 [-0.0085, +0.009]) R4.2 cost per extra X gate (slope; 20% trimmed mean) +0.000138 [-8.014e-05, +0.0003305] n=156 -> CONSISTENT (copy gap +4.92e-05 [-0.000369, +0.0004415]) R4.3 cost per extra X gate minus IBM stated X error (20% trimmed mean) -0.0004654 [-0.0007125, -0.0002305] n=156 -> BELOW (copy gap +4.92e-05 [-0.0003597, +0.0004369]) IBM stated X error, median over qubits: 4.24e-04 R4.4 reference: X then wait 30 us, P(1) +0.7825 [+0.7625, +0.8025] n=156 -> ABOVE (copy gap +0.001 [-0.0025, +0.005]) R4.4 reference: X then wait 90 us, P(1) +0.5437 [+0.5112, +0.5747] n=156 -> ABOVE (copy gap -0.0025 [-0.006, +0.001]) R4.4 reference: X then wait 300 us, P(1) +0.2082 [+0.1832, +0.2155] n=156 -> ABOVE (copy gap +0.002 [-0.002, +0.0065]) ==================================================================================================== gates ibm_phoenix job dbcn7g424mrc73cjvlig R4.1 P(1) X X X train minus X train, 2 steps (4 extra gates) +0.00175 [+0.00025, +0.0035] n=120 -> ABOVE (copy gap +0 [-0.0035, +0.004]) R4.1 P(1) X X X train minus X train, 6 steps (12 extra gates) +0 [-0.002756, +0.003] n=120 -> CONSISTENT (copy gap +0 [-0.005, +0.009]) R4.1 P(1) X X X train minus X train, 10 steps (20 extra gates) +0.00075 [-0.00175, +0.004] n=120 -> CONSISTENT (copy gap -0.003 [-0.006, +0.002]) R4.2 cost per extra X gate (slope; 20% trimmed mean) +8.594e-05 [-0.000119, +0.0003125] n=120 -> CONSISTENT (copy gap -0.0001085 [-0.0004575, +0.0002708]) R4.3 cost per extra X gate minus IBM stated X error (20% trimmed mean) -0.0001704 [-0.000408, +3.94e-05] n=120 -> CONSISTENT (copy gap -0.0001085 [-0.000481, +0.0002518]) IBM stated X error, median over qubits: 2.04e-04 R4.4 reference: X then wait 30 us, P(1) +0.8277 [+0.8167, +0.8377] n=120 -> ABOVE (copy gap -0.0015 [-0.0045, +0.0045]) R4.4 reference: X then wait 90 us, P(1) +0.5922 [+0.5597, +0.609] n=120 -> ABOVE (copy gap +0.0005 [-0.003, +0.003]) R4.4 reference: X then wait 300 us, P(1) +0.1827 [+0.1643, +0.2138] n=120 -> ABOVE (copy gap +0.004 [-0.001, +0.006]) ==================================================================================================== neighbour ibm_fez job dbcn7gvi0auc7393tvg0 R5.1 error per X gate, neighbours in 0 +0.003843 [+0.002798, +0.004948] n=44 -> ABOVE (copy gap -8.929e-06 [-3.071e-05, +2.072e-05]) R5.1 error per X gate, neighbours in 1 +0.003403 [+0.002674, +0.004933] n=44 -> ABOVE (copy gap -9.643e-06 [-4.036e-05, +2.286e-05]) R5.1 error per X gate, neighbours in + +0.003505 [+0.002921, +0.004884] n=44 -> ABOVE (copy gap +1.232e-05 [-4.643e-06, +3.18e-05]) R5.2 neighbours in 1 minus in 0 (static neighbour state) -3.893e-05 [-6.848e-05, +9.286e-06] n=44 -> CONSISTENT (copy gap -1.036e-05 [-3.679e-05, +3.75e-05]) R5.3 neighbours in + minus in 0 (the original comparison) -1.786e-06 [-4.429e-05, +2.161e-05] n=44 -> CONSISTENT (copy gap +3.268e-05 [-4.337e-19, +6.357e-05]) R5.4 neighbours in + minus the mean of 0 and 1 +1.147e-05 [-2.522e-05, +3.223e-05] n=44 -> CONSISTENT (copy gap +3.554e-05 [-1.071e-05, +8.286e-05]) R5.5 ratio + / 0 (beside, the original 1.7x): 1.000 [0.989, 1.005] n=44 ==================================================================================================== neighbour ibm_kingston job dbcn7h8c77vs7386k1bg R5.1 error per X gate, neighbours in 0 +0.00517 [+0.003459, +0.005802] n=44 -> ABOVE (copy gap -2.857e-06 [-3.054e-05, +2.643e-05]) R5.1 error per X gate, neighbours in 1 +0.005129 [+0.003529, +0.005801] n=44 -> ABOVE (copy gap -2.286e-05 [-4.75e-05, +2.75e-05]) R5.1 error per X gate, neighbours in + +0.005126 [+0.003406, +0.005796] n=44 -> ABOVE (copy gap +1.25e-06 [-1.714e-05, +2.358e-05]) R5.2 neighbours in 1 minus in 0 (static neighbour state) -1.339e-05 [-3.625e-05, +1.429e-06] n=44 -> CONSISTENT (copy gap -5.893e-06 [-4.643e-05, +3.768e-05]) R5.3 neighbours in + minus in 0 (the original comparison) -2.402e-05 [-3.661e-05, +9.018e-06] n=44 -> CONSISTENT (copy gap +1.286e-05 [-2.964e-05, +3.5e-05]) R5.4 neighbours in + minus the mean of 0 and 1 -6.429e-06 [-2.629e-05, +1.018e-05] n=44 -> CONSISTENT (copy gap +7.589e-06 [-2.196e-05, +4.5e-05]) R5.5 ratio + / 0 (beside, the original 1.7x): 0.995 [0.990, 1.002] n=44 ==================================================================================================== neighbour ibm_marrakesh job dbcn7i9gv2cc73eambug R5.1 error per X gate, neighbours in 0 +0.00507 [+0.004221, +0.005426] n=44 -> ABOVE (copy gap -3.929e-06 [-2.929e-05, +3.071e-05]) R5.1 error per X gate, neighbours in 1 +0.005105 [+0.003984, +0.005429] n=44 -> ABOVE (copy gap -3.036e-06 [-2.036e-05, +2.161e-05]) R5.1 error per X gate, neighbours in + +0.005078 [+0.00428, +0.005437] n=44 -> ABOVE (copy gap +2.179e-05 [-1.304e-05, +4.357e-05]) R5.2 neighbours in 1 minus in 0 (static neighbour state) -1.107e-05 [-3.125e-05, +2.241e-05] n=44 -> CONSISTENT (copy gap -1.964e-05 [-5.75e-05, +2.821e-05]) R5.3 neighbours in + minus in 0 (the original comparison) copies shifted +2.696e-05 [+2.143e-06, +4.457e-05] | copy0 -7.143e-07 copy1 -2.393e-05 -> CANNOT TELL R5.4 neighbours in + minus the mean of 0 and 1 -1.295e-06 [-2.281e-05, +1.531e-05] n=44 -> CONSISTENT (copy gap +2.911e-05 [-6.25e-06, +5.848e-05]) R5.5 ratio + / 0 (beside, the original 1.7x): 0.999 [0.993, 1.003] n=44 ==================================================================================================== order ibm_fez job dbcn7b8c77vs7386k0r0 R3.1 P(1) read at slot 1 after others, minus read alone at slot 1 -4.167e-05 [-0.00025, +0.0001677] n=156 -> CONSISTENT (copy gap -0.0001667 [-0.0006667, +8.333e-05]) R3.1 P(1) read at slot 2 after others, minus read alone at slot 2 -8.333e-05 [-0.0002083, +8.333e-05] n=156 -> CONSISTENT (copy gap +0.0001667 [-0.0003333, +0.0005]) R3.1 P(1) read at slot 3 after others, minus read alone at slot 3 +0 [-0.0002083, +0.0001667] n=156 -> CONSISTENT (copy gap -1.843e-18 [-0.0004167, +0.0003333]) R3.2 that excess at slot 3 minus at slot 2 -2.168e-19 [-0.00025, +0.0003333] n=156 -> CONSISTENT (copy gap -0.0003333 [-0.0009167, +0.0003333]) R3.3 read alone at slot 3 minus alone at slot 1 (waiting longer) +0 [-0.0003333, +0.00025] n=156 -> CONSISTENT (copy gap -0.0003333 [-0.0006667, +1.084e-19]) R3.4 all read together at slot 1 minus alone at slot 1 +0 [-0.0003333, +0.0003333] n=156 -> CONSISTENT (copy gap +0 [-0.0006667, +0.0005]) R3.5 read last (slot 3) minus read first (slot 1), in the full orders -0.0001667 [-0.0004583, +0] n=156 -> CONSISTENT (copy gap +0 [-0.0001667, +0.0003333]) ==================================================================================================== order ibm_kingston job dbcn7c7i0auc7393tv40 R3.1 P(1) read at slot 1 after others, minus read alone at slot 1 copies shifted -0.0003333 [-0.0008333, -8.674e-19] | copy0 -0.0003333 copy1 +0.0003333 -> CANNOT TELL R3.1 P(1) read at slot 2 after others, minus read alone at slot 2 +0 [-0.0001667, +0.0002083] n=156 -> CONSISTENT (copy gap +0.0003333 [-0.0001667, +0.0005833]) R3.1 P(1) read at slot 3 after others, minus read alone at slot 3 +0 [-0.0001667, +0.00025] n=156 -> CONSISTENT (copy gap -1.301e-18 [-0.0005, +0.0001667]) R3.2 that excess at slot 3 minus at slot 2 +8.333e-05 [-0.0001667, +0.00025] n=156 -> CONSISTENT (copy gap -1.301e-18 [-0.00075, +0.0001667]) R3.3 read alone at slot 3 minus alone at slot 1 (waiting longer) -0.0001667 [-0.0003333, +0.0001667] n=156 -> CONSISTENT (copy gap -0.0003333 [-0.0008333, +0]) R3.4 all read together at slot 1 minus alone at slot 1 +0.0001667 [+0, +0.0003333] n=156 -> CONSISTENT (copy gap +0 [-0.0003333, +0.0003333]) R3.5 read last (slot 3) minus read first (slot 1), in the full orders -8.333e-05 [-0.00025, +8.333e-05] n=156 -> CONSISTENT (copy gap +0.0001667 [-0.00025, +0.0004167]) ==================================================================================================== order ibm_marrakesh job dbcn7cvi0auc7393tv5g R3.1 P(1) read at slot 1 after others, minus read alone at slot 1 +8.333e-05 [-0.000125, +0.00025] n=156 -> CONSISTENT (copy gap -0.0005833 [-0.001083, +0]) R3.1 P(1) read at slot 2 after others, minus read alone at slot 2 +4.167e-05 [-8.333e-05, +0.00025] n=156 -> CONSISTENT (copy gap -0.0005833 [-0.00125, +0]) R3.1 P(1) read at slot 3 after others, minus read alone at slot 3 -8.333e-05 [-0.0003333, +0.00025] n=156 -> CONSISTENT (copy gap +8.333e-05 [-0.00025, +0.0005]) R3.2 that excess at slot 3 minus at slot 2 -8.333e-05 [-0.000375, +0.00025] n=156 -> CONSISTENT (copy gap +0.00075 [-0.00025, +0.0015]) R3.3 read alone at slot 3 minus alone at slot 1 (waiting longer) -0.0001667 [-0.0005, +0] n=156 -> CONSISTENT (copy gap +0 [-0.0006667, +0.0006667]) R3.4 all read together at slot 1 minus alone at slot 1 +0.0004167 [+0, +0.0008333] n=156 -> CONSISTENT (copy gap -1.301e-18 [-0.0006667, +0.0003333]) R3.5 read last (slot 3) minus read first (slot 1), in the full orders -0.000375 [-0.0005, -0.0001667] n=156 -> BELOW (copy gap +0.0001667 [-8.333e-05, +0.0006667]) ==================================================================================================== revival ibm_fez job dbcn7mgc77vs7386k1pg R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in 0 -0.1725 [-0.181, -0.1565] n=92 -> BELOW (copy gap -0.0004564 [-0.01346, +0.00576]) R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in 1 -0.2389 [-0.2648, -0.2194] n=92 -> BELOW (copy gap -0.008714 [-0.01396, +0.001196]) R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in + -0.1678 [-0.2044, -0.08615] n=92 -> BELOW (copy gap -0.0004751 [-0.007405, +0.005752]) R6.2 come-back, B in + minus B in 0 +0.002258 [-0.0171, +0.02493] n=92 -> CONSISTENT (copy gap +0.006159 [-0.007002, +0.01661]) R6.3 come-back, B in 1 minus B in 0 -0.0587 [-0.08529, -0.03498] n=92 -> BELOW (copy gap -0.007378 [-0.01877, +0.00235]) R6.4 held-out SSE(plain decay) - SSE(damped beat), B in 0 -0.2038 [-0.2368, -0.166] n=92 -> BELOW (copy gap +0.004237 [-0.002024, +0.01493]) R6.4 held-out SSE(plain decay) - SSE(damped beat), B in 1 -0.185 [-0.2508, -0.1199] n=92 -> BELOW (copy gap -0.00255 [-0.02272, +0.006393]) R6.4 held-out SSE(plain decay) - SSE(damped beat), B in + -0.001703 [-0.03518, +0.01217] n=92 -> CONSISTENT (copy gap -0.004883 [-0.01615, +0.004138]) ==================================================================================================== revival ibm_phoenix job dbcn7koc77vs7386k1kg R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in 0 -0.2042 [-0.2214, -0.1874] n=60 -> BELOW (copy gap +0.0152 [-0.01074, +0.02897]) R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in 1 copies shifted +0.008948 [+0.002698, +0.02207] | copy0 -0.1665 copy1 -0.1826 -> CANNOT TELL R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in + +0.03858 [+0.02049, +0.0458] n=60 -> ABOVE (copy gap +0.002786 [-0.009911, +0.01752]) R6.2 come-back, B in + minus B in 0 +0.2425 [+0.2109, +0.2633] n=60 -> ABOVE (copy gap -0.005076 [-0.02359, +0.01018]) R6.3 come-back, B in 1 minus B in 0 +0.02222 [-0.003138, +0.03829] n=60 -> CONSISTENT (copy gap +0.005423 [-0.01518, +0.02454]) R6.4 held-out SSE(plain decay) - SSE(damped beat), B in 0 copies shifted +0.03884 [+0.005839, +0.06838] | copy0 -0.3509 copy1 -0.3769 -> CANNOT TELL R6.4 held-out SSE(plain decay) - SSE(damped beat), B in 1 -0.0008865 [-0.02005, +0.01288] n=60 -> CONSISTENT (copy gap +0.008798 [-0.003112, +0.01625]) R6.4 held-out SSE(plain decay) - SSE(damped beat), B in + +0.08854 [+0.07599, +0.1059] n=60 -> ABOVE (copy gap +0.002277 [-0.0194, +0.01519]) ==================================================================================================== ACROSS CHIPS (values and widths; a chip whose copies shifted is listed and left out of the combination) R2.1 kick per readout at N=1 fez -1.751 [-2.662, -1.281] | kingston -4 [-5.168, -2.953] | marrakesh -3.648 [-4.44, -2.645] combined -2.759 [-3.25, -2.268] -> BELOW | chip-to-chip spread chi2/dof 8.39 (dof 2) R2.1 kick per readout at N=3 fez -1.552 [-1.958, -1.113] | kingston -3.579 [-4.333, -2.656] | marrakesh -3.316 [-4.132, -2.046] combined -2.119 [-2.474, -1.764] -> BELOW | chip-to-chip spread chi2/dof 11.80 (dof 2) R2.1 kick per readout at N=9 fez -1.498 [-2.036, -1.024] | kingston -2.992 [-3.88, -2.313] | marrakesh -2.93 [-3.647, -2.148] combined -2.179 [-2.549, -1.809] -> BELOW | chip-to-chip spread chi2/dof 7.47 (dof 2) R2.1 kick per readout at N=27 fez -1.216 [-1.652, -0.8439] | kingston -2.286 [-2.922, -1.714] | marrakesh -1.875 [-2.565, -1.427] combined -1.632 [-1.921, -1.342] -> BELOW | chip-to-chip spread chi2/dof 4.65 (dof 2) R2.1 kick per readout at N=54 fez -0.7963 [-1.368, -0.4539] | kingston -1.32 [-1.65, -0.7483] | marrakesh -1.178 [-1.603, -0.6809] combined -1.1 [-1.363, -0.8365] -> BELOW | chip-to-chip spread chi2/dof 1.36 (dof 2) R2.1 kick per readout at N=81 fez -0.6999 [-1.303, -0.3825] | kingston -0.9871 [-1.44, -0.6694] | marrakesh -0.8526 [-1.459, -0.3956] combined -0.8649 [-1.123, -0.6067] -> BELOW | chip-to-chip spread chi2/dof 0.44 (dof 2) R2.2 kick per readout, readouts 27->81 minus readouts 1->9 fez +0.2892 [+0.05008, +0.5848] | kingston +0.9945 [+0.4528, +3.48] | marrakesh +1.779 [+0.8987, +3.69] combined +0.361 [+0.1023, +0.6197] -> ABOVE | chip-to-chip spread chi2/dof 2.46 (dof 2) R2.3 intercept of the phase gap against N fez -1.787 [-3.827, -0.4497] | kingston -7.617 [-17.95, -2.719] | marrakesh -14.01 [-17.72, -5.999] combined -2.936 [-4.523, -1.349] -> BELOW | chip-to-chip spread chi2/dof 8.47 (dof 2) R2.4 coherence loss at N=1 (idle - readout) fez copies shifted | kingston +0.002665 [+0.0006814, +0.005637] | marrakesh +0.009191 [+0.002982, +0.01247] combined +0.004063 [+0.001867, +0.00626] -> ABOVE | chip-to-chip spread chi2/dof 5.71 (dof 1) R2.4 coherence loss at N=3 (idle - readout) fez -0.002682 [-0.006769, +0.005998] | kingston +0.004397 [+0.0005569, +0.01001] | marrakesh +0.01426 [+0.004967, +0.02054] combined +0.004269 [+0.0008544, +0.007684] -> ABOVE | chip-to-chip spread chi2/dof 5.44 (dof 2) R2.4 coherence loss at N=9 (idle - readout) fez +0.00732 [-0.001423, +0.01143] | kingston +0.01155 [+0.003658, +0.02018] | marrakesh +0.02025 [+0.01458, +0.02952] combined +0.01249 [+0.008295, +0.01669] -> ABOVE | chip-to-chip spread chi2/dof 3.34 (dof 2) R2.4 coherence loss at N=27 (idle - readout) fez +0.006951 [+0.000288, +0.01372] | kingston +0.01782 [+0.006974, +0.02268] | marrakesh +0.01722 [+0.008874, +0.02574] combined +0.01307 [+0.008698, +0.01743] -> ABOVE | chip-to-chip spread chi2/dof 2.76 (dof 2) R2.4 coherence loss at N=54 (idle - readout) fez +0.003991 [-0.003284, +0.01224] | kingston +0.008855 [+0.001437, +0.01581] | marrakesh +0.008589 [-7.635e-05, +0.01548] combined +0.007234 [+0.002869, +0.0116] -> ABOVE | chip-to-chip spread chi2/dof 0.49 (dof 2) R2.4 coherence loss at N=81 (idle - readout) fez -0.001708 [-0.007687, +0.002246] | kingston +0.01314 [+0.004388, +0.02311] | marrakesh +0.005584 [+0.002361, +0.01141] combined +0.003505 [+0.0003552, +0.006656] -> ABOVE | chip-to-chip spread chi2/dof 4.56 (dof 2) R2.5 SUM form: loss(81) - 3 x loss(27) fez -0.02464 [-0.04419, -0.003398] | kingston -0.02583 [-0.04814, -0.009513] | marrakesh -0.06348 [-0.08063, -0.01682] combined -0.03146 [-0.04429, -0.01862] -> BELOW | chip-to-chip spread chi2/dof 2.31 (dof 2) R2.6 PRODUCT form: -ln(readout/idle)/N at N=9 fez +0.0012 [-0.0003742, +0.002522] | kingston +0.001734 [+0.0009117, +0.003494] | marrakesh +0.005263 [+0.003687, +0.007122] combined +0.002399 [+0.001559, +0.003239] -> ABOVE | chip-to-chip spread chi2/dof 7.17 (dof 2) R2.6 PRODUCT form: -ln(readout/idle)/N at N=27 fez +0.001253 [+6.418e-05, +0.002107] | kingston +0.002542 [+0.001292, +0.003446] | marrakesh +0.003924 [+0.002518, +0.007096] combined +0.002059 [+0.001353, +0.002764] -> ABOVE | chip-to-chip spread chi2/dof 2.86 (dof 2) R2.6 PRODUCT form: -ln(readout/idle)/N at N=81 fez +0.000783 [-0.000255, +0.002651] | kingston +0.00208 [+0.001243, +0.003536] | marrakesh +0.003163 [+0.0008874, +0.006225] combined +0.001744 [+0.0008909, +0.002597] -> ABOVE | chip-to-chip spread chi2/dof 1.55 (dof 2) R2.7 PRODUCT form: per-readout loss at 81 minus at 9 fez -0.0007526 [-0.002444, +0.001307] | kingston +0.000183 [-0.0008229, +0.001442] | marrakesh +0.0001241 [-0.004301, +0.002085] combined -5.076e-05 [-0.0009783, +0.0008767] -> CONSISTENT | chip-to-chip spread chi2/dof 0.36 (dof 2) R1.1 kick per readout, ball layout, all spectators fez -0.07351 [-0.1545, -0.004068] | kingston -0.08332 [-0.1573, -0.007957] | marrakesh -0.04342 [-0.1251, +0.02723] combined -0.06703 [-0.1105, -0.02353] -> BELOW | chip-to-chip spread chi2/dof 0.29 (dof 2) R1.2 kick size, ball layout, d<=2 fez copies shifted | kingston +3.458 [+1.531, +5.158] | marrakesh +0.9643 [-9.649, +1.947] combined +3.236 [+1.505, +4.967] -> ABOVE | chip-to-chip spread chi2/dof 0.65 (dof 1) R1.2 kick size, ball layout, d=3-4 fez +0.8068 [+0.5095, +1.738] | kingston +1.766 [+1.087, +3.547] | marrakesh +1.298 [+0.539, +2.252] combined +1.086 [+0.6232, +1.548] -> ABOVE | chip-to-chip spread chi2/dof 1.10 (dof 2) R1.2 kick size, ball layout, d>=5 fez +0.0007822 [-0.03846, +0.0665] | kingston +0.004896 [-0.04986, +0.07055] | marrakesh +0.006988 [-0.06251, +0.05892] combined +0.003878 [-0.02927, +0.03703] -> CONSISTENT | chip-to-chip spread chi2/dof 0.01 (dof 2) R4.1 P(1) X X X train minus X train, 2 steps (4 extra gates) fez +0.00075 [-0.00175, +0.0035] | kingston copies shifted | marrakesh -0.0005 [-0.003, +0.0025] | phoenix +0.00175 [+0.00025, +0.0035] combined +0.001075 [-0.0001593, +0.00231] -> CONSISTENT | chip-to-chip spread chi2/dof 0.99 (dof 2) R4.1 P(1) X X X train minus X train, 6 steps (12 extra gates) fez +0.001 [-0.002, +0.0035] | kingston copies shifted | marrakesh -0.00125 [-0.004, +0.001] | phoenix +0 [-0.002756, +0.003] combined -0.0001641 [-0.00172, +0.001392] -> CONSISTENT | chip-to-chip spread chi2/dof 0.71 (dof 2) R4.1 P(1) X X X train minus X train, 10 steps (20 extra gates) fez +0.0045 [+0.002, +0.0065] | kingston +0.00375 [+0.0015, +0.00625] | marrakesh +0.00075 [-0.002756, +0.003] | phoenix +0.00075 [-0.00175, +0.004] combined +0.002814 [+0.001541, +0.004088] -> ABOVE | chip-to-chip spread chi2/dof 2.24 (dof 3) R4.2 cost per extra X gate (slope; 20% trimmed mean) fez +0.0002035 [+1.227e-05, +0.000395] | kingston +0.000234 [-9.724e-06, +0.0004648] | marrakesh +0.000138 [-8.014e-05, +0.0003305] | phoenix +8.594e-05 [-0.000119, +0.0003125] combined +0.0001643 [+5.906e-05, +0.0002695] -> ABOVE | chip-to-chip spread chi2/dof 0.35 (dof 3) R4.3 cost per extra X gate minus IBM stated X error (20% trimmed mean) fez -0.0002008 [-0.0004074, +1.203e-05] | kingston -9.108e-05 [-0.0003452, +0.0001399] | marrakesh -0.0004654 [-0.0007125, -0.0002305] | phoenix -0.0001704 [-0.000408, +3.94e-05] combined -0.0002279 [-0.0003419, -0.0001139] -> BELOW | chip-to-chip spread chi2/dof 1.76 (dof 3) R4.4 reference: X then wait 30 us, P(1) fez +0.7622 [+0.7438, +0.7718] | kingston +0.8542 [+0.843, +0.867] | marrakesh +0.7825 [+0.7625, +0.8025] | phoenix +0.8277 [+0.8167, +0.8377] combined +0.8166 [+0.8101, +0.8231] -> ABOVE | chip-to-chip spread chi2/dof 37.06 (dof 3) R4.4 reference: X then wait 90 us, P(1) fez +0.5002 [+0.4708, +0.5175] | kingston +0.6673 [+0.6475, +0.6892] | marrakesh +0.5437 [+0.5112, +0.5747] | phoenix +0.5922 [+0.5597, +0.609] combined +0.5857 [+0.5735, +0.5978] -> ABOVE | chip-to-chip spread chi2/dof 38.96 (dof 3) R4.4 reference: X then wait 300 us, P(1) fez +0.1522 [+0.1427, +0.162] | kingston +0.3087 [+0.2863, +0.33] | marrakesh +0.2082 [+0.1832, +0.2155] | phoenix +0.1827 [+0.1643, +0.2138] combined +0.1845 [+0.1771, +0.1919] -> ABOVE | chip-to-chip spread chi2/dof 58.47 (dof 3) R5.1 error per X gate, neighbours in 0 fez +0.003843 [+0.002798, +0.004948] | kingston +0.00517 [+0.003459, +0.005802] | marrakesh +0.00507 [+0.004221, +0.005426] combined +0.004843 [+0.004363, +0.005322] -> ABOVE | chip-to-chip spread chi2/dof 2.08 (dof 2) R5.1 error per X gate, neighbours in 1 fez +0.003403 [+0.002674, +0.004933] | kingston +0.005129 [+0.003529, +0.005801] | marrakesh +0.005105 [+0.003984, +0.005429] combined +0.004726 [+0.00419, +0.005263] -> ABOVE | chip-to-chip spread chi2/dof 3.41 (dof 2) R5.1 error per X gate, neighbours in + fez +0.003505 [+0.002921, +0.004884] | kingston +0.005126 [+0.003406, +0.005796] | marrakesh +0.005078 [+0.00428, +0.005437] combined +0.004739 [+0.00428, +0.005199] -> ABOVE | chip-to-chip spread chi2/dof 3.90 (dof 2) R5.2 neighbours in 1 minus in 0 (static neighbour state) fez -3.893e-05 [-6.848e-05, +9.286e-06] | kingston -1.339e-05 [-3.625e-05, +1.429e-06] | marrakesh -1.107e-05 [-3.125e-05, +2.241e-05] combined -1.62e-05 [-3.053e-05, -1.867e-06] -> BELOW | chip-to-chip spread chi2/dof 0.77 (dof 2) R5.3 neighbours in + minus in 0 (the original comparison) fez -1.786e-06 [-4.429e-05, +2.161e-05] | kingston -2.402e-05 [-3.661e-05, +9.018e-06] | marrakesh copies shifted combined -1.681e-05 [-3.557e-05, +1.942e-06] -> CONSISTENT | chip-to-chip spread chi2/dof 1.18 (dof 1) R5.4 neighbours in + minus the mean of 0 and 1 fez +1.147e-05 [-2.522e-05, +3.223e-05] | kingston -6.429e-06 [-2.629e-05, +1.018e-05] | marrakesh -1.295e-06 [-2.281e-05, +1.531e-05] combined -1.29e-06 [-1.327e-05, +1.069e-05] -> CONSISTENT | chip-to-chip spread chi2/dof 0.53 (dof 2) R3.1 P(1) read at slot 1 after others, minus read alone at slot 1 fez -4.167e-05 [-0.00025, +0.0001677] | kingston copies shifted | marrakesh +8.333e-05 [-0.000125, +0.00025] combined +2.755e-05 [-0.000112, +0.0001671] -> CONSISTENT | chip-to-chip spread chi2/dof 0.76 (dof 1) R3.1 P(1) read at slot 2 after others, minus read alone at slot 2 fez -8.333e-05 [-0.0002083, +8.333e-05] | kingston +0 [-0.0001667, +0.0002083] | marrakesh +4.167e-05 [-8.333e-05, +0.00025] combined -2.17e-05 [-0.0001164, +7.302e-05] -> CONSISTENT | chip-to-chip spread chi2/dof 0.65 (dof 2) R3.1 P(1) read at slot 3 after others, minus read alone at slot 3 fez +0 [-0.0002083, +0.0001667] | kingston +0 [-0.0001667, +0.00025] | marrakesh -8.333e-05 [-0.0003333, +0.00025] combined -1.549e-05 [-0.0001412, +0.0001103] -> CONSISTENT | chip-to-chip spread chi2/dof 0.13 (dof 2) R3.2 that excess at slot 3 minus at slot 2 fez -2.168e-19 [-0.00025, +0.0003333] | kingston +8.333e-05 [-0.0001667, +0.00025] | marrakesh -8.333e-05 [-0.000375, +0.00025] combined +2.369e-05 [-0.0001253, +0.0001727] -> CONSISTENT | chip-to-chip spread chi2/dof 0.40 (dof 2) R3.3 read alone at slot 3 minus alone at slot 1 (waiting longer) fez +0 [-0.0003333, +0.00025] | kingston -0.0001667 [-0.0003333, +0.0001667] | marrakesh -0.0001667 [-0.0005, +0] combined -0.0001219 [-0.0002731, +2.929e-05] -> CONSISTENT | chip-to-chip spread chi2/dof 0.46 (dof 2) R3.4 all read together at slot 1 minus alone at slot 1 fez +0 [-0.0003333, +0.0003333] | kingston +0.0001667 [+0, +0.0003333] | marrakesh +0.0004167 [+0, +0.0008333] combined +0.0001655 [+2.513e-05, +0.0003058] -> ABOVE | chip-to-chip spread chi2/dof 1.17 (dof 2) R3.5 read last (slot 3) minus read first (slot 1), in the full orders fez -0.0001667 [-0.0004583, +0] | kingston -8.333e-05 [-0.00025, +8.333e-05] | marrakesh -0.000375 [-0.0005, -0.0001667] combined -0.0002161 [-0.0003209, -0.0001113] -> BELOW | chip-to-chip spread chi2/dof 3.05 (dof 2) R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in 0 fez -0.1725 [-0.181, -0.1565] | phoenix -0.2042 [-0.2214, -0.1874] combined -0.1833 [-0.1933, -0.1734] -> BELOW | chip-to-chip spread chi2/dof 8.76 (dof 1) R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in 1 fez -0.2389 [-0.2648, -0.2194] | phoenix copies shifted R6.1 come-back: mean C(58-78 us) - mean C(26-50 us), B in + fez -0.1678 [-0.2044, -0.08615] | phoenix +0.03858 [+0.02049, +0.0458] combined +0.02953 [+0.01716, +0.04191] -> ABOVE | chip-to-chip spread chi2/dof 44.79 (dof 1) R6.2 come-back, B in + minus B in 0 fez +0.002258 [-0.0171, +0.02493] | phoenix +0.2425 [+0.2109, +0.2633] combined +0.09633 [+0.07994, +0.1127] -> ABOVE | chip-to-chip spread chi2/dof 196.58 (dof 1) R6.3 come-back, B in 1 minus B in 0 fez -0.0587 [-0.08529, -0.03498] | phoenix +0.02222 [-0.003138, +0.03829] combined -0.01048 [-0.02647, +0.005506] -> CONSISTENT | chip-to-chip spread chi2/dof 23.69 (dof 1) R6.4 held-out SSE(plain decay) - SSE(damped beat), B in 0 fez -0.2038 [-0.2368, -0.166] | phoenix copies shifted R6.4 held-out SSE(plain decay) - SSE(damped beat), B in 1 fez -0.185 [-0.2508, -0.1199] | phoenix -0.0008865 [-0.02005, +0.01288] combined -0.01185 [-0.02782, +0.004117] -> CONSISTENT | chip-to-chip spread chi2/dof 28.61 (dof 1) R6.4 held-out SSE(plain decay) - SSE(damped beat), B in + fez -0.001703 [-0.03518, +0.01217] | phoenix +0.08854 [+0.07599, +0.1059] combined +0.06279 [+0.05014, +0.07544] -> ABOVE | chip-to-chip spread chi2/dof 39.88 (dof 1)