PLANTED (seed 5): kick -2.0 deg/readout DD off, 0 DD on -> expect R1 BELOW ~-2, R2 CONSISTENT, R3 ABOVE ~+2, R3s BELOW ~-2; coherence cost 0.010 both settings (minus a small hypot bias) -> R4, R5 ABOVE ~0.01, R6 CONSISTENT; R7 CONSISTENT; R0 CONSISTENT; R8: 6 dead ==================================================================================================== dd ibm_fez job SYNTH_PLANTED_5 spectators 117: wired 86, unwired 31 | L 390 dt, X 6 dt, echo 94 / 190 / 94 dt R8 DEAD-CLOCK GUARD: coherence < 5 x shot noise = 0.0559 (shots per setting, both copies: 8000); dead count of 117 (wired / unwired) N= 0 DD off D: 6 (2 / 4) | DD on D: 6 (2 / 4) N= 2 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) N= 4 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) N= 8 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) N=16 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) alive in every arm and N used by the slope: DD off 111, DD on 111, both 111 (phase readings use only these) R0 null: phase, N=0 "on" - "off" (identical circuits) [all] -0.1974 [-0.4514, +0.06863] deg n=111 -> CONSISTENT (copy gap +0.1975 [-0.2167, +0.9931]) R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] -0.219 [-0.4694, +0.06313] deg n=84 -> CONSISTENT (copy gap +0.1124 [-0.4058, +1.026]) R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] -0.02307 [-0.9212, +0.5329] deg n=27 -> CONSISTENT (copy gap +0.4812 [-0.7159, +1.667]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] -0.002108 [-0.00477, +0.0007588] n=117 -> CONSISTENT (copy gap +0.0003847 [-0.00516, +0.00472]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] -0.00211 [-0.006028, +0.0008595] n=86 -> CONSISTENT (copy gap -0.0003769 [-0.006301, +0.006823]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] -0.002016 [-0.005447, +0.003967] n=31 -> CONSISTENT (copy gap +0.002247 [-0.0071, +0.01224]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] -2.004 [-2.027, -1.983] deg n=111 -> BELOW (copy gap +0.01471 [-0.04219, +0.09417]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] -1.999 [-2.028, -1.986] deg n=84 -> BELOW (copy gap +0.006781 [-0.04718, +0.09082]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] -2.011 [-2.059, -1.926] deg n=27 -> BELOW (copy gap +0.08625 [-0.1227, +0.2124]) R2 kick per readout, DD on [all] +0.01482 [-0.01792, +0.03598] deg n=111 -> CONSISTENT (copy gap +0.02751 [-0.01619, +0.09801]) R2 kick per readout, DD on [wired] +0.01049 [-0.0233, +0.03438] deg n=84 -> CONSISTENT (copy gap +0.03527 [-0.01619, +0.1219]) R2 kick per readout, DD on [unwired] +0.01739 [-0.1115, +0.06501] deg n=27 -> CONSISTENT (copy gap +0.02164 [-0.09215, +0.09784]) R3 R2 - R1 (does the echo change the kick?) [all] +2.022 [+1.968, +2.048] deg n=111 -> ABOVE (copy gap +0.02055 [-0.04187, +0.06731]) R3 R2 - R1 (does the echo change the kick?) [wired] +2.023 [+1.968, +2.049] deg n=84 -> ABOVE (copy gap +0.03638 [-0.03968, +0.09165]) R3 R2 - R1 (does the echo change the kick?) [unwired] +2.004 [+1.935, +2.105] deg n=27 -> ABOVE (copy gap -0.02983 [-0.2658, +0.06478]) sign of R1 (pooled median, carried): -1; R3s = sign(R1) x (R2 - R1): BELOW = the echo shrinks the kick, ABOVE = it grows it R3s sign(R1) x (R2 - R1) [all] -2.022 [-2.048, -1.968] deg n=111 -> BELOW (copy gap -0.02055 [-0.06731, +0.03973]) R3s sign(R1) x (R2 - R1) [wired] -2.023 [-2.048, -1.968] deg n=84 -> BELOW (copy gap -0.03638 [-0.0904, +0.04187]) R3s sign(R1) x (R2 - R1) [unwired] -2.004 [-2.105, -1.935] deg n=27 -> BELOW (copy gap +0.02983 [-0.06478, +0.2658]) R4 coherence cost, DD off, N=2 (D - M) [all] +0.01005 [+0.008189, +0.01188] n=117 -> ABOVE (copy gap +0.003414 [-0.002532, +0.008253]) R4 coherence cost, DD off, N=2 (D - M) [wired] +0.009547 [+0.006499, +0.01211] n=86 -> ABOVE (copy gap +0.004119 [-0.002532, +0.01062]) R4 coherence cost, DD off, N=2 (D - M) [unwired] +0.01103 [+0.008403, +0.01486] n=31 -> ABOVE (copy gap -0.0006898 [-0.01488, +0.008253]) R4 coherence cost, DD off, N=4 (D - M) [all] +0.009679 [+0.006872, +0.01145] n=117 -> ABOVE (copy gap -0.002532 [-0.004641, +0.002322]) R4 coherence cost, DD off, N=4 (D - M) [wired] +0.007095 [+0.004115, +0.0109] n=86 -> ABOVE (copy gap -0.002356 [-0.008276, +0.002645]) R4 coherence cost, DD off, N=4 (D - M) [unwired] +0.01387 [+0.009171, +0.01818] n=31 -> ABOVE (copy gap -0.00321 [-0.008815, +0.007333]) R4 coherence cost, DD off, N=8 (D - M) [all] +0.008885 [+0.006588, +0.01087] n=117 -> ABOVE (copy gap +0.00571 [-0.0006808, +0.0116]) R4 coherence cost, DD off, N=8 (D - M) [wired] +0.009478 [+0.006596, +0.01244] n=86 -> ABOVE (copy gap +0.007403 [-0.0009555, +0.01348]) R4 coherence cost, DD off, N=8 (D - M) [unwired] +0.007319 [+0.003826, +0.01087] n=31 -> ABOVE (copy gap -0.0002062 [-0.009642, +0.01496]) R4 coherence cost, DD off, N=16 (D - M) [all] +0.01184 [+0.007713, +0.01421] n=117 -> ABOVE (copy gap +0.002906 [-0.003516, +0.006665]) R4 coherence cost, DD off, N=16 (D - M) [wired] +0.0129 [+0.0104, +0.01536] n=86 -> ABOVE (copy gap +0.002819 [-0.004275, +0.008223]) R4 coherence cost, DD off, N=16 (D - M) [unwired] +0.005537 [+0.00293, +0.01285] n=31 -> ABOVE (copy gap +0.00337 [-0.009292, +0.006233]) R5 coherence cost, DD on, N=2 (D - M) [all] +0.009563 [+0.006158, +0.01097] n=117 -> ABOVE (copy gap -0.003064 [-0.004886, +0.004287]) R5 coherence cost, DD on, N=2 (D - M) [wired] +0.01004 [+0.00708, +0.01451] n=86 -> ABOVE (copy gap -0.00318 [-0.006924, +0.007257]) R5 coherence cost, DD on, N=2 (D - M) [unwired] +0.004985 [+0.001291, +0.009904] n=31 -> ABOVE (copy gap -0.003064 [-0.007936, +0.007057]) R5 coherence cost, DD on, N=4 (D - M) [all] +0.0113 [+0.007579, +0.01613] n=117 -> ABOVE (copy gap +0.002521 [-0.003117, +0.005858]) R5 coherence cost, DD on, N=4 (D - M) [wired] +0.01145 [+0.006895, +0.01704] n=86 -> ABOVE (copy gap +0.004961 [-0.003117, +0.01182]) R5 coherence cost, DD on, N=4 (D - M) [unwired] +0.01112 [+0.005774, +0.01677] n=31 -> ABOVE (copy gap -0.0009934 [-0.006018, +0.003626]) R5 coherence cost, DD on, N=8 (D - M) [all] +0.009714 [+0.006928, +0.01291] n=117 -> ABOVE (copy gap -0.001412 [-0.007806, +0.001927]) R5 coherence cost, DD on, N=8 (D - M) [wired] +0.008796 [+0.006635, +0.01173] n=86 -> ABOVE (copy gap +3.713e-05 [-0.007048, +0.003776]) R5 coherence cost, DD on, N=8 (D - M) [unwired] copies shifted -0.007806 [-0.02048, -0.0009942] | copy0 +0.006495 copy1 +0.01656 -> CANNOT TELL R5 coherence cost, DD on, N=16 (D - M) [all] +0.009584 [+0.007508, +0.01207] n=117 -> ABOVE (copy gap -0.002908 [-0.008889, +0.007691]) R5 coherence cost, DD on, N=16 (D - M) [wired] +0.01163 [+0.008315, +0.01508] n=86 -> ABOVE (copy gap -0.002634 [-0.009462, +0.007837]) R5 coherence cost, DD on, N=16 (D - M) [unwired] +0.003181 [-0.002227, +0.009255] n=31 -> CONSISTENT (copy gap -0.004265 [-0.009202, +0.0166]) R6 R5 - R4, N=2 [all] -0.001109 [-0.003625, +0.001116] n=117 -> CONSISTENT (copy gap +0.001372 [-0.008445, +0.004088]) R6 R5 - R4, N=2 [wired] +0.0006725 [-0.002959, +0.003467] n=86 -> CONSISTENT (copy gap -0.001003 [-0.01354, +0.003515]) R6 R5 - R4, N=2 [unwired] -0.006087 [-0.01816, -0.001109] n=31 -> BELOW (copy gap +0.005402 [-0.01016, +0.01434]) R6 R5 - R4, N=4 [all] +0.003399 [-0.001804, +0.007026] n=117 -> CONSISTENT (copy gap +0.003909 [-0.001552, +0.009006]) R6 R5 - R4, N=4 [wired] +0.004561 [+1.669e-05, +0.009159] n=86 -> ABOVE (copy gap +0.004121 [-0.000914, +0.008896]) R6 R5 - R4, N=4 [unwired] -0.00308 [-0.01179, +0.007192] n=31 -> CONSISTENT (copy gap +0.001327 [-0.008375, +0.01968]) R6 R5 - R4, N=8 [all] -0.0008828 [-0.004914, +0.004615] n=117 -> CONSISTENT (copy gap -0.003121 [-0.01037, +0.002489]) R6 R5 - R4, N=8 [wired] -0.0007963 [-0.005907, +0.004144] n=86 -> CONSISTENT (copy gap -0.001613 [-0.01165, +0.005937]) R6 R5 - R4, N=8 [unwired] copies shifted -0.008489 [-0.01986, -0.0006611] | copy0 +0.001832 copy1 +0.009733 -> CANNOT TELL R6 R5 - R4, N=16 [all] -0.0003769 [-0.007929, +0.002901] n=117 -> CONSISTENT (copy gap +0.002346 [-0.004177, +0.007065]) R6 R5 - R4, N=16 [wired] +0.0001767 [-0.006119, +0.004749] n=86 -> CONSISTENT (copy gap -0.001867 [-0.007682, +0.00677]) R6 R5 - R4, N=16 [unwired] copies shifted +0.005256 [+0.002184, +0.0144] | copy0 +0.0004068 copy1 -0.00968 -> CANNOT TELL R7 echo on the idle arm, N=2 (D on - D off) [all] +0.0005538 [-0.004285, +0.002759] n=117 -> CONSISTENT (copy gap +0.001593 [-0.005949, +0.008393]) R7 echo on the idle arm, N=2 (D on - D off) [wired] +0.001506 [-0.004109, +0.004463] n=86 -> CONSISTENT (copy gap -0.002871 [-0.00739, +0.008449]) R7 echo on the idle arm, N=2 (D on - D off) [unwired] -0.003804 [-0.01149, +0.002757] n=31 -> CONSISTENT (copy gap +0.007409 [-0.002049, +0.009931]) R7 echo on the idle arm, N=4 (D on - D off) [all] +0.000846 [-0.002529, +0.004263] n=117 -> CONSISTENT (copy gap +0.004123 [-0.004255, +0.008185]) R7 echo on the idle arm, N=4 (D on - D off) [wired] +0.002306 [-0.001853, +0.005486] n=86 -> CONSISTENT (copy gap +0.006455 [-0.002883, +0.01004]) R7 echo on the idle arm, N=4 (D on - D off) [unwired] -0.0001922 [-0.009539, +0.002987] n=31 -> CONSISTENT (copy gap -0.005126 [-0.01518, +0.005789]) R7 echo on the idle arm, N=8 (D on - D off) [all] +0.002387 [-0.0008797, +0.003402] n=117 -> CONSISTENT (copy gap -0.003349 [-0.006061, +0.002603]) R7 echo on the idle arm, N=8 (D on - D off) [wired] +0.001729 [-0.001656, +0.003402] n=86 -> CONSISTENT (copy gap -0.003207 [-0.005924, +0.00654]) R7 echo on the idle arm, N=8 (D on - D off) [unwired] +0.003293 [-0.0007606, +0.00632] n=31 -> CONSISTENT (copy gap -0.005227 [-0.01589, +0.0007273]) R7 echo on the idle arm, N=16 (D on - D off) [all] +0.0007305 [-0.001157, +0.003233] n=117 -> CONSISTENT (copy gap +0.0007158 [-0.004909, +0.004287]) R7 echo on the idle arm, N=16 (D on - D off) [wired] +0.0009612 [-0.00144, +0.003581] n=86 -> CONSISTENT (copy gap +0.0008687 [-0.005296, +0.005157]) R7 echo on the idle arm, N=16 (D on - D off) [unwired] +9.158e-06 [-0.006423, +0.003385] n=31 -> CONSISTENT (copy gap +0.0005554 [-0.01076, +0.006434]) ==================================================================================================== ACROSS CHIPS (values and widths; a chip whose copies shifted is listed and left out of the combination) R0 null: phase, N=0 "on" - "off" (identical circuits) [all] fez -0.1974 [-0.4514, +0.06863] R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] fez -0.219 [-0.4694, +0.06313] R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] fez -0.02307 [-0.9212, +0.5329] R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] fez -0.002108 [-0.00477, +0.0007588] R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] fez -0.00211 [-0.006028, +0.0008595] R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] fez -0.002016 [-0.005447, +0.003967] R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] fez -2.004 [-2.027, -1.983] R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] fez -1.999 [-2.028, -1.986] R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] fez -2.011 [-2.059, -1.926] R2 kick per readout, DD on [all] fez +0.01482 [-0.01792, +0.03598] R2 kick per readout, DD on [wired] fez +0.01049 [-0.0233, +0.03438] R2 kick per readout, DD on [unwired] fez +0.01739 [-0.1115, +0.06501] R3 R2 - R1 (does the echo change the kick?) [all] fez +2.022 [+1.968, +2.048] R3 R2 - R1 (does the echo change the kick?) [wired] fez +2.023 [+1.968, +2.049] R3 R2 - R1 (does the echo change the kick?) [unwired] fez +2.004 [+1.935, +2.105] R3s sign(R1) x (R2 - R1) [all] fez -2.022 [-2.048, -1.968] R3s sign(R1) x (R2 - R1) [wired] fez -2.023 [-2.048, -1.968] R3s sign(R1) x (R2 - R1) [unwired] fez -2.004 [-2.105, -1.935] R4 coherence cost, DD off, N=2 (D - M) [all] fez +0.01005 [+0.008189, +0.01188] R4 coherence cost, DD off, N=2 (D - M) [wired] fez +0.009547 [+0.006499, +0.01211] R4 coherence cost, DD off, N=2 (D - M) [unwired] fez +0.01103 [+0.008403, +0.01486] R4 coherence cost, DD off, N=4 (D - M) [all] fez +0.009679 [+0.006872, +0.01145] R4 coherence cost, DD off, N=4 (D - M) [wired] fez +0.007095 [+0.004115, +0.0109] R4 coherence cost, DD off, N=4 (D - M) [unwired] fez +0.01387 [+0.009171, +0.01818] R4 coherence cost, DD off, N=8 (D - M) [all] fez +0.008885 [+0.006588, +0.01087] R4 coherence cost, DD off, N=8 (D - M) [wired] fez +0.009478 [+0.006596, +0.01244] R4 coherence cost, DD off, N=8 (D - M) [unwired] fez +0.007319 [+0.003826, +0.01087] R4 coherence cost, DD off, N=16 (D - M) [all] fez +0.01184 [+0.007713, +0.01421] R4 coherence cost, DD off, N=16 (D - M) [wired] fez +0.0129 [+0.0104, +0.01536] R4 coherence cost, DD off, N=16 (D - M) [unwired] fez +0.005537 [+0.00293, +0.01285] R5 coherence cost, DD on, N=2 (D - M) [all] fez +0.009563 [+0.006158, +0.01097] R5 coherence cost, DD on, N=2 (D - M) [wired] fez +0.01004 [+0.00708, +0.01451] R5 coherence cost, DD on, N=2 (D - M) [unwired] fez +0.004985 [+0.001291, +0.009904] R5 coherence cost, DD on, N=4 (D - M) [all] fez +0.0113 [+0.007579, +0.01613] R5 coherence cost, DD on, N=4 (D - M) [wired] fez +0.01145 [+0.006895, +0.01704] R5 coherence cost, DD on, N=4 (D - M) [unwired] fez +0.01112 [+0.005774, +0.01677] R5 coherence cost, DD on, N=8 (D - M) [all] fez +0.009714 [+0.006928, +0.01291] R5 coherence cost, DD on, N=8 (D - M) [wired] fez +0.008796 [+0.006635, +0.01173] R5 coherence cost, DD on, N=8 (D - M) [unwired] fez copies shifted R5 coherence cost, DD on, N=16 (D - M) [all] fez +0.009584 [+0.007508, +0.01207] R5 coherence cost, DD on, N=16 (D - M) [wired] fez +0.01163 [+0.008315, +0.01508] R5 coherence cost, DD on, N=16 (D - M) [unwired] fez +0.003181 [-0.002227, +0.009255] R6 R5 - R4, N=2 [all] fez -0.001109 [-0.003625, +0.001116] R6 R5 - R4, N=2 [wired] fez +0.0006725 [-0.002959, +0.003467] R6 R5 - R4, N=2 [unwired] fez -0.006087 [-0.01816, -0.001109] R6 R5 - R4, N=4 [all] fez +0.003399 [-0.001804, +0.007026] R6 R5 - R4, N=4 [wired] fez +0.004561 [+1.669e-05, +0.009159] R6 R5 - R4, N=4 [unwired] fez -0.00308 [-0.01179, +0.007192] R6 R5 - R4, N=8 [all] fez -0.0008828 [-0.004914, +0.004615] R6 R5 - R4, N=8 [wired] fez -0.0007963 [-0.005907, +0.004144] R6 R5 - R4, N=8 [unwired] fez copies shifted R6 R5 - R4, N=16 [all] fez -0.0003769 [-0.007929, +0.002901] R6 R5 - R4, N=16 [wired] fez +0.0001767 [-0.006119, +0.004749] R6 R5 - R4, N=16 [unwired] fez copies shifted R7 echo on the idle arm, N=2 (D on - D off) [all] fez +0.0005538 [-0.004285, +0.002759] R7 echo on the idle arm, N=2 (D on - D off) [wired] fez +0.001506 [-0.004109, +0.004463] R7 echo on the idle arm, N=2 (D on - D off) [unwired] fez -0.003804 [-0.01149, +0.002757] R7 echo on the idle arm, N=4 (D on - D off) [all] fez +0.000846 [-0.002529, +0.004263] R7 echo on the idle arm, N=4 (D on - D off) [wired] fez +0.002306 [-0.001853, +0.005486] R7 echo on the idle arm, N=4 (D on - D off) [unwired] fez -0.0001922 [-0.009539, +0.002987] R7 echo on the idle arm, N=8 (D on - D off) [all] fez +0.002387 [-0.0008797, +0.003402] R7 echo on the idle arm, N=8 (D on - D off) [wired] fez +0.001729 [-0.001656, +0.003402] R7 echo on the idle arm, N=8 (D on - D off) [unwired] fez +0.003293 [-0.0007606, +0.00632] R7 echo on the idle arm, N=16 (D on - D off) [all] fez +0.0007305 [-0.001157, +0.003233] R7 echo on the idle arm, N=16 (D on - D off) [wired] fez +0.0009612 [-0.00144, +0.003581] R7 echo on the idle arm, N=16 (D on - D off) [unwired] fez +9.158e-06 [-0.006423, +0.003385] TALLY readings 66: ABOVE 26, BELOW 7, CONSISTENT 30, CANNOT TELL 3 #################################################################################################### NULL (seed 5): nothing planted; every reading has truth 0 ==================================================================================================== dd ibm_fez job SYNTH_NULL_5 spectators 117: wired 86, unwired 31 | L 390 dt, X 6 dt, echo 94 / 190 / 94 dt R8 DEAD-CLOCK GUARD: coherence < 5 x shot noise = 0.0559 (shots per setting, both copies: 8000); dead count of 117 (wired / unwired) N= 0 DD off D: 6 (2 / 4) | DD on D: 6 (2 / 4) N= 2 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) N= 4 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) N= 8 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) N=16 DD off D: 6 (2 / 4) | DD off M: 6 (2 / 4) | DD on D: 6 (2 / 4) | DD on M: 6 (2 / 4) alive in every arm and N used by the slope: DD off 111, DD on 111, both 111 (phase readings use only these) R0 null: phase, N=0 "on" - "off" (identical circuits) [all] -0.1974 [-0.4514, +0.06863] deg n=111 -> CONSISTENT (copy gap +0.1975 [-0.2167, +0.9931]) R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] -0.219 [-0.4694, +0.06313] deg n=84 -> CONSISTENT (copy gap +0.1124 [-0.4058, +1.026]) R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] -0.02307 [-0.9212, +0.5329] deg n=27 -> CONSISTENT (copy gap +0.4812 [-0.7159, +1.667]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] -0.002108 [-0.00477, +0.0007588] n=117 -> CONSISTENT (copy gap +0.0003847 [-0.00516, +0.00472]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] -0.00211 [-0.006028, +0.0008595] n=86 -> CONSISTENT (copy gap -0.0003769 [-0.006301, +0.006823]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] -0.002016 [-0.005447, +0.003967] n=31 -> CONSISTENT (copy gap +0.002247 [-0.0071, +0.01224]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] +0.004246 [-0.02712, +0.02544] deg n=111 -> CONSISTENT (copy gap +0.01398 [-0.02203, +0.08898]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] -0.0003118 [-0.02712, +0.03879] deg n=84 -> CONSISTENT (copy gap +0.01012 [-0.03836, +0.08218]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] +0.004246 [-0.0803, +0.0592] deg n=27 -> CONSISTENT (copy gap +0.03975 [-0.08349, +0.1377]) R2 kick per readout, DD on [all] +0.01633 [-0.02603, +0.03871] deg n=111 -> CONSISTENT (copy gap +0.0265 [-0.01726, +0.09404]) R2 kick per readout, DD on [wired] +0.01275 [-0.02984, +0.03824] deg n=84 -> CONSISTENT (copy gap +0.03368 [-0.01592, +0.1214]) R2 kick per readout, DD on [unwired] +0.01633 [-0.1169, +0.06813] deg n=27 -> CONSISTENT (copy gap +0.01194 [-0.09845, +0.07772]) R3 R2 - R1 (does the echo change the kick?) [all] -0.001759 [-0.03751, +0.03037] deg n=111 -> CONSISTENT (copy gap -0.008245 [-0.0476, +0.03786]) R3 R2 - R1 (does the echo change the kick?) [wired] -0.0102 [-0.03965, +0.03767] deg n=84 -> CONSISTENT (copy gap +0.01523 [-0.02842, +0.1041]) R3 R2 - R1 (does the echo change the kick?) [unwired] +0.02101 [-0.05143, +0.105] deg n=27 -> CONSISTENT (copy gap -0.05351 [-0.1654, +0.01071]) sign of R1 (pooled median, carried): +1; R3s = sign(R1) x (R2 - R1): BELOW = the echo shrinks the kick, ABOVE = it grows it R3s sign(R1) x (R2 - R1) [all] -0.001759 [-0.03751, +0.03037] deg n=111 -> CONSISTENT (copy gap -0.008245 [-0.04765, +0.03786]) R3s sign(R1) x (R2 - R1) [wired] -0.0102 [-0.03963, +0.03544] deg n=84 -> CONSISTENT (copy gap +0.01523 [-0.02827, +0.09716]) R3s sign(R1) x (R2 - R1) [unwired] +0.02101 [-0.05143, +0.105] deg n=27 -> CONSISTENT (copy gap -0.05351 [-0.1654, +0.01071]) R4 coherence cost, DD off, N=2 (D - M) [all] +0.0002582 [-0.001741, +0.001663] n=117 -> CONSISTENT (copy gap +0.002504 [-0.000235, +0.008395]) R4 coherence cost, DD off, N=2 (D - M) [wired] copies shifted +0.003176 [+8.325e-06, +0.01167] | copy0 +0.003541 copy1 -0.00315 -> CANNOT TELL R4 coherence cost, DD off, N=2 (D - M) [unwired] +0.00216 [-0.0003849, +0.005419] n=31 -> CONSISTENT (copy gap +0.0007732 [-0.01442, +0.01636]) R4 coherence cost, DD off, N=4 (D - M) [all] -0.00137 [-0.004512, +0.002674] n=117 -> CONSISTENT (copy gap -0.004522 [-0.007791, +0.0009607]) R4 coherence cost, DD off, N=4 (D - M) [wired] copies shifted -0.005046 [-0.008387, -0.001493] | copy0 -0.00568 copy1 -0.001807 -> CANNOT TELL R4 coherence cost, DD off, N=4 (D - M) [unwired] +0.003883 [+0.0008167, +0.01095] n=31 -> ABOVE (copy gap -0.0007894 [-0.01197, +0.01292]) R4 coherence cost, DD off, N=8 (D - M) [all] -0.0003519 [-0.003363, +0.002609] n=117 -> CONSISTENT (copy gap +0.003259 [-0.001259, +0.007915]) R4 coherence cost, DD off, N=8 (D - M) [wired] -0.0004728 [-0.003734, +0.005338] n=86 -> CONSISTENT (copy gap +0.004331 [-0.003607, +0.01177]) R4 coherence cost, DD off, N=8 (D - M) [unwired] +0.001384 [-0.003449, +0.00446] n=31 -> CONSISTENT (copy gap +0.001299 [-0.007811, +0.01184]) R4 coherence cost, DD off, N=16 (D - M) [all] +0.001416 [-0.001166, +0.003726] n=117 -> CONSISTENT (copy gap +0.001988 [-0.002556, +0.005615]) R4 coherence cost, DD off, N=16 (D - M) [wired] +0.002527 [+8.768e-05, +0.007215] n=86 -> ABOVE (copy gap +0.000559 [-0.005764, +0.005541]) R4 coherence cost, DD off, N=16 (D - M) [unwired] -0.004657 [-0.008659, +0.001227] n=31 -> CONSISTENT (copy gap +0.004044 [-0.002405, +0.01286]) R5 coherence cost, DD on, N=2 (D - M) [all] -0.0004394 [-0.003498, +0.001888] n=117 -> CONSISTENT (copy gap -0.001046 [-0.005532, +0.003772]) R5 coherence cost, DD on, N=2 (D - M) [wired] +0.0005869 [-0.002233, +0.003706] n=86 -> CONSISTENT (copy gap -0.001112 [-0.005834, +0.00545]) R5 coherence cost, DD on, N=2 (D - M) [unwired] -0.004582 [-0.008153, +0.001168] n=31 -> CONSISTENT (copy gap -0.0002912 [-0.006344, +0.006368]) R5 coherence cost, DD on, N=4 (D - M) [all] +0.001478 [-0.001429, +0.005747] n=117 -> CONSISTENT (copy gap +0.001383 [-0.002769, +0.005503]) R5 coherence cost, DD on, N=4 (D - M) [wired] +0.0009806 [-0.002082, +0.006705] n=86 -> CONSISTENT (copy gap +0.003254 [-0.002769, +0.01196]) R5 coherence cost, DD on, N=4 (D - M) [unwired] +0.00453 [-0.003982, +0.006822] n=31 -> CONSISTENT (copy gap -0.001244 [-0.00583, +0.004135]) R5 coherence cost, DD on, N=8 (D - M) [all] +0.0004739 [-0.003293, +0.002979] n=117 -> CONSISTENT (copy gap -0.001826 [-0.008382, +0.002602]) R5 coherence cost, DD on, N=8 (D - M) [wired] -0.0006572 [-0.003668, +0.001112] n=86 -> CONSISTENT (copy gap -0.000945 [-0.006637, +0.004473]) R5 coherence cost, DD on, N=8 (D - M) [unwired] +0.002979 [-0.005252, +0.007727] n=31 -> CONSISTENT (copy gap -0.00708 [-0.01978, +0.0006603]) R5 coherence cost, DD on, N=16 (D - M) [all] +0.0002993 [-0.002852, +0.003036] n=117 -> CONSISTENT (copy gap -0.002002 [-0.005898, +0.006623]) R5 coherence cost, DD on, N=16 (D - M) [wired] +0.001972 [-0.001935, +0.004184] n=86 -> CONSISTENT (copy gap -0.002479 [-0.008367, +0.009145]) R5 coherence cost, DD on, N=16 (D - M) [unwired] -0.00357 [-0.009434, -0.0001246] n=31 -> BELOW (copy gap -0.0004029 [-0.007361, +0.01625]) R6 R5 - R4, N=2 [all] -0.00145 [-0.004666, +0.001468] n=117 -> CONSISTENT (copy gap +6.443e-05 [-0.01259, +0.004709]) R6 R5 - R4, N=2 [wired] +0.0001308 [-0.003142, +0.003164] n=86 -> CONSISTENT (copy gap -0.0005043 [-0.01379, +0.004664]) R6 R5 - R4, N=2 [unwired] -0.004884 [-0.01058, -0.001963] n=31 -> BELOW (copy gap +0.003283 [-0.01629, +0.01534]) R6 R5 - R4, N=4 [all] +0.002812 [-0.0006528, +0.006439] n=117 -> CONSISTENT (copy gap +0.004453 [-0.0002289, +0.009225]) R6 R5 - R4, N=4 [wired] +0.003608 [+0.0007159, +0.007585] n=86 -> ABOVE (copy gap +0.005977 [-0.0002289, +0.01075]) R6 R5 - R4, N=4 [unwired] -0.002158 [-0.01032, +0.009078] n=31 -> CONSISTENT (copy gap +0.003337 [-0.007335, +0.01188]) R6 R5 - R4, N=8 [all] -0.0002727 [-0.003692, +0.003523] n=117 -> CONSISTENT (copy gap +0.0001678 [-0.01207, +0.006634]) R6 R5 - R4, N=8 [wired] -0.0004135 [-0.005663, +0.003518] n=86 -> CONSISTENT (copy gap +0.0005664 [-0.009582, +0.008443]) R6 R5 - R4, N=8 [unwired] -0.0002727 [-0.0052, +0.007466] n=31 -> CONSISTENT (copy gap -0.01127 [-0.02174, +0.009227]) R6 R5 - R4, N=16 [all] -0.001468 [-0.003631, +0.002608] n=117 -> CONSISTENT (copy gap -0.0002683 [-0.008637, +0.01068]) R6 R5 - R4, N=16 [wired] -0.000737 [-0.004727, +0.006059] n=86 -> CONSISTENT (copy gap -0.00109 [-0.01141, +0.01022]) R6 R5 - R4, N=16 [unwired] -0.002048 [-0.006478, +0.002862] n=31 -> CONSISTENT (copy gap +0.01032 [-0.008637, +0.01852]) R7 echo on the idle arm, N=2 (D on - D off) [all] +0.0005538 [-0.004153, +0.002866] n=117 -> CONSISTENT (copy gap +0.001593 [-0.005512, +0.008393]) R7 echo on the idle arm, N=2 (D on - D off) [wired] +0.001506 [-0.004065, +0.004384] n=86 -> CONSISTENT (copy gap -0.002871 [-0.007592, +0.008449]) R7 echo on the idle arm, N=2 (D on - D off) [unwired] -0.003804 [-0.01149, +0.002757] n=31 -> CONSISTENT (copy gap +0.007409 [-0.002049, +0.009931]) R7 echo on the idle arm, N=4 (D on - D off) [all] +0.000846 [-0.00119, +0.004263] n=117 -> CONSISTENT (copy gap +0.004123 [-0.004255, +0.008185]) R7 echo on the idle arm, N=4 (D on - D off) [wired] +0.002306 [-0.001853, +0.005486] n=86 -> CONSISTENT (copy gap +0.006455 [-0.002973, +0.01004]) R7 echo on the idle arm, N=4 (D on - D off) [unwired] -0.0001922 [-0.009539, +0.002987] n=31 -> CONSISTENT (copy gap -0.005126 [-0.01518, +0.005789]) R7 echo on the idle arm, N=8 (D on - D off) [all] +0.002387 [-0.0007839, +0.003424] n=117 -> CONSISTENT (copy gap -0.003349 [-0.006061, +0.001523]) R7 echo on the idle arm, N=8 (D on - D off) [wired] +0.001729 [-0.001656, +0.00335] n=86 -> CONSISTENT (copy gap -0.003207 [-0.005924, +0.00654]) R7 echo on the idle arm, N=8 (D on - D off) [unwired] +0.003293 [-0.001295, +0.00632] n=31 -> CONSISTENT (copy gap -0.005227 [-0.01589, +0.0007273]) R7 echo on the idle arm, N=16 (D on - D off) [all] +0.0007305 [-0.00128, +0.003233] n=117 -> CONSISTENT (copy gap +0.0007158 [-0.00486, +0.004287]) R7 echo on the idle arm, N=16 (D on - D off) [wired] +0.0009612 [-0.00144, +0.003581] n=86 -> CONSISTENT (copy gap +0.0008687 [-0.005391, +0.005003]) R7 echo on the idle arm, N=16 (D on - D off) [unwired] +9.158e-06 [-0.006423, +0.003385] n=31 -> CONSISTENT (copy gap +0.0005554 [-0.01076, +0.006434]) ==================================================================================================== ACROSS CHIPS (values and widths; a chip whose copies shifted is listed and left out of the combination) R0 null: phase, N=0 "on" - "off" (identical circuits) [all] fez -0.1974 [-0.4514, +0.06863] R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] fez -0.219 [-0.4694, +0.06313] R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] fez -0.02307 [-0.9212, +0.5329] R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] fez -0.002108 [-0.00477, +0.0007588] R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] fez -0.00211 [-0.006028, +0.0008595] R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] fez -0.002016 [-0.005447, +0.003967] R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] fez +0.004246 [-0.02712, +0.02544] R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] fez -0.0003118 [-0.02712, +0.03879] R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] fez +0.004246 [-0.0803, +0.0592] R2 kick per readout, DD on [all] fez +0.01633 [-0.02603, +0.03871] R2 kick per readout, DD on [wired] fez +0.01275 [-0.02984, +0.03824] R2 kick per readout, DD on [unwired] fez +0.01633 [-0.1169, +0.06813] R3 R2 - R1 (does the echo change the kick?) [all] fez -0.001759 [-0.03751, +0.03037] R3 R2 - R1 (does the echo change the kick?) [wired] fez -0.0102 [-0.03965, +0.03767] R3 R2 - R1 (does the echo change the kick?) [unwired] fez +0.02101 [-0.05143, +0.105] R3s sign(R1) x (R2 - R1) [all] fez -0.001759 [-0.03751, +0.03037] R3s sign(R1) x (R2 - R1) [wired] fez -0.0102 [-0.03963, +0.03544] R3s sign(R1) x (R2 - R1) [unwired] fez +0.02101 [-0.05143, +0.105] R4 coherence cost, DD off, N=2 (D - M) [all] fez +0.0002582 [-0.001741, +0.001663] R4 coherence cost, DD off, N=2 (D - M) [wired] fez copies shifted R4 coherence cost, DD off, N=2 (D - M) [unwired] fez +0.00216 [-0.0003849, +0.005419] R4 coherence cost, DD off, N=4 (D - M) [all] fez -0.00137 [-0.004512, +0.002674] R4 coherence cost, DD off, N=4 (D - M) [wired] fez copies shifted R4 coherence cost, DD off, N=4 (D - M) [unwired] fez +0.003883 [+0.0008167, +0.01095] R4 coherence cost, DD off, N=8 (D - M) [all] fez -0.0003519 [-0.003363, +0.002609] R4 coherence cost, DD off, N=8 (D - M) [wired] fez -0.0004728 [-0.003734, +0.005338] R4 coherence cost, DD off, N=8 (D - M) [unwired] fez +0.001384 [-0.003449, +0.00446] R4 coherence cost, DD off, N=16 (D - M) [all] fez +0.001416 [-0.001166, +0.003726] R4 coherence cost, DD off, N=16 (D - M) [wired] fez +0.002527 [+8.768e-05, +0.007215] R4 coherence cost, DD off, N=16 (D - M) [unwired] fez -0.004657 [-0.008659, +0.001227] R5 coherence cost, DD on, N=2 (D - M) [all] fez -0.0004394 [-0.003498, +0.001888] R5 coherence cost, DD on, N=2 (D - M) [wired] fez +0.0005869 [-0.002233, +0.003706] R5 coherence cost, DD on, N=2 (D - M) [unwired] fez -0.004582 [-0.008153, +0.001168] R5 coherence cost, DD on, N=4 (D - M) [all] fez +0.001478 [-0.001429, +0.005747] R5 coherence cost, DD on, N=4 (D - M) [wired] fez +0.0009806 [-0.002082, +0.006705] R5 coherence cost, DD on, N=4 (D - M) [unwired] fez +0.00453 [-0.003982, +0.006822] R5 coherence cost, DD on, N=8 (D - M) [all] fez +0.0004739 [-0.003293, +0.002979] R5 coherence cost, DD on, N=8 (D - M) [wired] fez -0.0006572 [-0.003668, +0.001112] R5 coherence cost, DD on, N=8 (D - M) [unwired] fez +0.002979 [-0.005252, +0.007727] R5 coherence cost, DD on, N=16 (D - M) [all] fez +0.0002993 [-0.002852, +0.003036] R5 coherence cost, DD on, N=16 (D - M) [wired] fez +0.001972 [-0.001935, +0.004184] R5 coherence cost, DD on, N=16 (D - M) [unwired] fez -0.00357 [-0.009434, -0.0001246] R6 R5 - R4, N=2 [all] fez -0.00145 [-0.004666, +0.001468] R6 R5 - R4, N=2 [wired] fez +0.0001308 [-0.003142, +0.003164] R6 R5 - R4, N=2 [unwired] fez -0.004884 [-0.01058, -0.001963] R6 R5 - R4, N=4 [all] fez +0.002812 [-0.0006528, +0.006439] R6 R5 - R4, N=4 [wired] fez +0.003608 [+0.0007159, +0.007585] R6 R5 - R4, N=4 [unwired] fez -0.002158 [-0.01032, +0.009078] R6 R5 - R4, N=8 [all] fez -0.0002727 [-0.003692, +0.003523] R6 R5 - R4, N=8 [wired] fez -0.0004135 [-0.005663, +0.003518] R6 R5 - R4, N=8 [unwired] fez -0.0002727 [-0.0052, +0.007466] R6 R5 - R4, N=16 [all] fez -0.001468 [-0.003631, +0.002608] R6 R5 - R4, N=16 [wired] fez -0.000737 [-0.004727, +0.006059] R6 R5 - R4, N=16 [unwired] fez -0.002048 [-0.006478, +0.002862] R7 echo on the idle arm, N=2 (D on - D off) [all] fez +0.0005538 [-0.004153, +0.002866] R7 echo on the idle arm, N=2 (D on - D off) [wired] fez +0.001506 [-0.004065, +0.004384] R7 echo on the idle arm, N=2 (D on - D off) [unwired] fez -0.003804 [-0.01149, +0.002757] R7 echo on the idle arm, N=4 (D on - D off) [all] fez +0.000846 [-0.00119, +0.004263] R7 echo on the idle arm, N=4 (D on - D off) [wired] fez +0.002306 [-0.001853, +0.005486] R7 echo on the idle arm, N=4 (D on - D off) [unwired] fez -0.0001922 [-0.009539, +0.002987] R7 echo on the idle arm, N=8 (D on - D off) [all] fez +0.002387 [-0.0007839, +0.003424] R7 echo on the idle arm, N=8 (D on - D off) [wired] fez +0.001729 [-0.001656, +0.00335] R7 echo on the idle arm, N=8 (D on - D off) [unwired] fez +0.003293 [-0.001295, +0.00632] R7 echo on the idle arm, N=16 (D on - D off) [all] fez +0.0007305 [-0.00128, +0.003233] R7 echo on the idle arm, N=16 (D on - D off) [wired] fez +0.0009612 [-0.00144, +0.003581] R7 echo on the idle arm, N=16 (D on - D off) [unwired] fez +9.158e-06 [-0.006423, +0.003385] TALLY readings 66: ABOVE 3, BELOW 2, CONSISTENT 59, CANNOT TELL 2