==================================================================================================== dd ibm_fez job dbcus97i0auc7394ddkg spectators 117: wired 86, unwired 31 | L 415 dt, X 6 dt, echo 100 / 203 / 100 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: 0 (0 / 0) | DD on D: 0 (0 / 0) N= 2 DD off D: 0 (0 / 0) | DD off M: 0 (0 / 0) | DD on D: 0 (0 / 0) | DD on M: 0 (0 / 0) N= 4 DD off D: 0 (0 / 0) | DD off M: 0 (0 / 0) | DD on D: 0 (0 / 0) | DD on M: 0 (0 / 0) N= 8 DD off D: 1 (1 / 0) | DD off M: 1 (1 / 0) | DD on D: 0 (0 / 0) | DD on M: 0 (0 / 0) N=16 DD off D: 7 (6 / 1) | DD off M: 8 (7 / 1) | DD on D: 1 (1 / 0) | DD on M: 1 (1 / 0) alive in every arm and N used by the slope: DD off 108, DD on 116, both 108 (phase readings use only these) R0 null: phase, N=0 "on" - "off" (identical circuits) [all] +0.08721 [-0.1831, +0.2367] deg n=117 -> CONSISTENT (copy gap +0.0463 [-0.3804, +0.2781]) R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] -0.02337 [-0.3772, +0.1991] deg n=86 -> CONSISTENT (copy gap -0.0273 [-0.546, +0.3872]) R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] +0.2482 [-0.1032, +0.5727] deg n=31 -> CONSISTENT (copy gap +0.1121 [-0.1436, +0.8283]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] +0.0006049 [-0.0004896, +0.001259] n=117 -> CONSISTENT (copy gap -0.0009301 [-0.002717, +0.0003804]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] +0.001227 [-0.0001035, +0.001788] n=86 -> CONSISTENT (copy gap -0.000427 [-0.001821, +0.001401]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] copies shifted -0.003471 [-0.004352, -0.0007851] | copy0 -0.002097 copy1 +0.0002413 -> CANNOT TELL R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] -1.504 [-2, -0.9481] deg n=108 -> BELOW (copy gap +0.008012 [-0.04868, +0.09625]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] -1.389 [-1.758, -0.8669] deg n=78 -> BELOW (copy gap -0.01572 [-0.09428, +0.07925]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] -2.113 [-3.396, -0.9098] deg n=30 -> BELOW (copy gap +0.08233 [-0.03941, +0.1721]) R2 kick per readout, DD on [all] -0.09438 [-0.1753, -0.005838] deg n=116 -> BELOW (copy gap +0.06324 [-0.04481, +0.1427]) R2 kick per readout, DD on [wired] -0.09167 [-0.1731, +0.004373] deg n=85 -> CONSISTENT (copy gap +0.09381 [-0.03003, +0.1759]) R2 kick per readout, DD on [unwired] -0.1089 [-0.2989, -0.009851] deg n=31 -> BELOW (copy gap -0.05303 [-0.3332, +0.1344]) R3 R2 - R1 (does the echo change the kick?) [all] +1.412 [+0.9942, +2.142] deg n=108 -> ABOVE (copy gap +0.008762 [-0.2032, +0.1351]) R3 R2 - R1 (does the echo change the kick?) [wired] +1.275 [+0.9277, +2.09] deg n=78 -> ABOVE (copy gap +0.1055 [-0.2327, +0.1898]) R3 R2 - R1 (does the echo change the kick?) [unwired] +2.009 [+0.8463, +3.149] deg n=30 -> ABOVE (copy gap -0.1393 [-0.4625, +0.06871]) 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] -1.412 [-2.119, -1.069] deg n=108 -> BELOW (copy gap -0.008762 [-0.1339, +0.2038]) R3s sign(R1) x (R2 - R1) [wired] -1.275 [-2.118, -0.9022] deg n=78 -> BELOW (copy gap -0.1055 [-0.1898, +0.2326]) R3s sign(R1) x (R2 - R1) [unwired] -2.009 [-3.149, -0.8455] deg n=30 -> BELOW (copy gap +0.1393 [-0.06871, +0.4625]) R4 coherence cost, DD off, N=2 (D - M) [all] +0.002315 [-0.0009581, +0.004604] n=117 -> CONSISTENT (copy gap +0.002286 [-0.00125, +0.006668]) R4 coherence cost, DD off, N=2 (D - M) [wired] +0.002995 [-0.0008759, +0.00525] n=86 -> CONSISTENT (copy gap +0.002908 [-0.002985, +0.009383]) R4 coherence cost, DD off, N=2 (D - M) [unwired] +0.001569 [-0.004473, +0.004593] n=31 -> CONSISTENT (copy gap +0.001588 [-0.006199, +0.006003]) R4 coherence cost, DD off, N=4 (D - M) [all] +0.004342 [+0.0001845, +0.006088] n=117 -> ABOVE (copy gap -4.735e-05 [-0.004374, +0.004327]) R4 coherence cost, DD off, N=4 (D - M) [wired] +0.004683 [-0.0001075, +0.007511] n=86 -> CONSISTENT (copy gap +0.0005267 [-0.005282, +0.005554]) R4 coherence cost, DD off, N=4 (D - M) [unwired] +0.00241 [-0.002136, +0.005673] n=31 -> CONSISTENT (copy gap -0.0007221 [-0.009851, +0.01182]) R4 coherence cost, DD off, N=8 (D - M) [all] +0.004418 [+0.001699, +0.007968] n=117 -> ABOVE (copy gap +0.002888 [-0.004522, +0.007617]) R4 coherence cost, DD off, N=8 (D - M) [wired] +0.006151 [+0.00322, +0.0129] n=86 -> ABOVE (copy gap +0.002815 [-0.007986, +0.008363]) R4 coherence cost, DD off, N=8 (D - M) [unwired] -0.001073 [-0.006239, +0.003342] n=31 -> CONSISTENT (copy gap +0.005515 [-0.006842, +0.01806]) R4 coherence cost, DD off, N=16 (D - M) [all] +0.003606 [+0.0002982, +0.006243] n=117 -> ABOVE (copy gap +0.0003296 [-0.004812, +0.008158]) R4 coherence cost, DD off, N=16 (D - M) [wired] +0.002932 [+0.001227, +0.00777] n=86 -> ABOVE (copy gap +0.004821 [-0.004812, +0.01118]) R4 coherence cost, DD off, N=16 (D - M) [unwired] +0.004181 [-0.001354, +0.006616] n=31 -> CONSISTENT (copy gap -0.00326 [-0.01703, +0.008768]) R5 coherence cost, DD on, N=2 (D - M) [all] +0.001992 [+4.289e-05, +0.003862] n=117 -> ABOVE (copy gap +0.001953 [-0.00266, +0.004877]) R5 coherence cost, DD on, N=2 (D - M) [wired] +0.003788 [+0.001119, +0.007326] n=86 -> ABOVE (copy gap +0.003127 [-0.001005, +0.005921]) R5 coherence cost, DD on, N=2 (D - M) [unwired] -6.578e-05 [-0.005613, +0.001094] n=31 -> CONSISTENT (copy gap -0.004145 [-0.008578, +0.005958]) R5 coherence cost, DD on, N=4 (D - M) [all] +0.001476 [-0.0001863, +0.005288] n=117 -> CONSISTENT (copy gap -0.001729 [-0.006291, +0.002982]) R5 coherence cost, DD on, N=4 (D - M) [wired] +0.004984 [+0.000714, +0.007711] n=86 -> ABOVE (copy gap -0.0002626 [-0.005647, +0.004041]) R5 coherence cost, DD on, N=4 (D - M) [unwired] -0.002145 [-0.005212, +0.001424] n=31 -> CONSISTENT (copy gap -0.00316 [-0.009654, +0.004396]) R5 coherence cost, DD on, N=8 (D - M) [all] +0.00278 [-0.001406, +0.007939] n=117 -> CONSISTENT (copy gap +0.001663 [-0.003806, +0.007554]) R5 coherence cost, DD on, N=8 (D - M) [wired] +0.005024 [+8.405e-05, +0.01215] n=86 -> ABOVE (copy gap -0.0006708 [-0.006491, +0.003671]) R5 coherence cost, DD on, N=8 (D - M) [unwired] -0.0017 [-0.005227, +0.00278] n=31 -> CONSISTENT (copy gap +0.009926 [-0.002473, +0.01419]) R5 coherence cost, DD on, N=16 (D - M) [all] +0.01212 [+0.003869, +0.01736] n=117 -> ABOVE (copy gap +0.006349 [-0.001802, +0.01232]) R5 coherence cost, DD on, N=16 (D - M) [wired] +0.0129 [+0.003951, +0.01923] n=86 -> ABOVE (copy gap +0.005161 [-0.004589, +0.01674]) R5 coherence cost, DD on, N=16 (D - M) [unwired] +0.01118 [+0.001733, +0.01742] n=31 -> ABOVE (copy gap +0.00933 [-0.007684, +0.021]) R6 R5 - R4, N=2 [all] +0.0006255 [-0.001473, +0.002878] n=117 -> CONSISTENT (copy gap -0.002209 [-0.007684, +0.001402]) R6 R5 - R4, N=2 [wired] +0.001933 [-0.001877, +0.005034] n=86 -> CONSISTENT (copy gap -0.00141 [-0.006618, +0.004864]) R6 R5 - R4, N=2 [unwired] -0.0005919 [-0.006577, +0.001991] n=31 -> CONSISTENT (copy gap -0.00816 [-0.0119, +0.003301]) R6 R5 - R4, N=4 [all] +0.0005031 [-0.002006, +0.003862] n=117 -> CONSISTENT (copy gap -0.001938 [-0.008119, +0.004407]) R6 R5 - R4, N=4 [wired] +0.002046 [-0.001688, +0.004926] n=86 -> CONSISTENT (copy gap -0.001243 [-0.009708, +0.005544]) R6 R5 - R4, N=4 [unwired] -0.0008213 [-0.007317, +0.003862] n=31 -> CONSISTENT (copy gap -0.004728 [-0.01953, +0.01236]) R6 R5 - R4, N=8 [all] -0.0007259 [-0.004465, +0.004526] n=117 -> CONSISTENT (copy gap -0.002234 [-0.007809, +0.006186]) R6 R5 - R4, N=8 [wired] -0.002184 [-0.006009, +0.004691] n=86 -> CONSISTENT (copy gap -0.002557 [-0.008351, +0.006186]) R6 R5 - R4, N=8 [unwired] +0.00136 [-0.00461, +0.005562] n=31 -> CONSISTENT (copy gap -0.001292 [-0.02309, +0.01448]) R6 R5 - R4, N=16 [all] +0.008223 [+0.005924, +0.01088] n=117 -> ABOVE (copy gap -0.005453 [-0.01258, +0.006479]) R6 R5 - R4, N=16 [wired] +0.008065 [+0.004905, +0.01167] n=86 -> ABOVE (copy gap -0.00716 [-0.01275, +0.003673]) R6 R5 - R4, N=16 [unwired] +0.01088 [-0.0009703, +0.01906] n=31 -> CONSISTENT (copy gap +0.003674 [-0.01285, +0.02263]) R7 echo on the idle arm, N=2 (D on - D off) [all] +0.01883 [+0.01595, +0.02409] n=117 -> ABOVE (copy gap -0.003063 [-0.006136, +0.001031]) R7 echo on the idle arm, N=2 (D on - D off) [wired] +0.02201 [+0.01507, +0.03188] n=86 -> ABOVE (copy gap -0.002856 [-0.006156, +0.002421]) R7 echo on the idle arm, N=2 (D on - D off) [unwired] +0.01741 [+0.005376, +0.02328] n=31 -> ABOVE (copy gap -0.00391 [-0.01289, +0.003547]) R7 echo on the idle arm, N=4 (D on - D off) [all] +0.0112 [-0.002743, +0.01857] n=117 -> CONSISTENT (copy gap -0.001686 [-0.005992, +0.002016]) R7 echo on the idle arm, N=4 (D on - D off) [wired] +0.01395 [-0.001902, +0.02174] n=86 -> CONSISTENT (copy gap -0.001136 [-0.007036, +0.003166]) R7 echo on the idle arm, N=4 (D on - D off) [unwired] -0.001577 [-0.01271, +0.02446] n=31 -> CONSISTENT (copy gap -0.004982 [-0.01019, +0.003194]) R7 echo on the idle arm, N=8 (D on - D off) [all] -0.01736 [-0.03836, -0.00156] n=117 -> BELOW (copy gap +0.0003545 [-0.004796, +0.006591]) R7 echo on the idle arm, N=8 (D on - D off) [wired] -0.01095 [-0.03407, +0.008564] n=86 -> CONSISTENT (copy gap +0.002281 [-0.003693, +0.007219]) R7 echo on the idle arm, N=8 (D on - D off) [unwired] -0.02623 [-0.05176, -0.01049] n=31 -> BELOW (copy gap -0.006999 [-0.01108, +0.008858]) R7 echo on the idle arm, N=16 (D on - D off) [all] -0.02248 [-0.0811, +0.01405] n=117 -> CONSISTENT (copy gap -0.004158 [-0.00803, +0.001873]) R7 echo on the idle arm, N=16 (D on - D off) [wired] -0.02386 [-0.08111, +0.0157] n=86 -> CONSISTENT (copy gap -0.006911 [-0.0108, +0.001576]) R7 echo on the idle arm, N=16 (D on - D off) [unwired] -0.02248 [-0.11, +0.05205] n=31 -> CONSISTENT (copy gap +0.000415 [-0.006273, +0.01116]) ==================================================================================================== dd ibm_kingston job dbcuqa0c77vs738739g0 spectators 117: wired 86, unwired 31 | L 545 dt, X 8 dt, echo 132 / 265 / 132 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: 1 (1 / 0) | DD on D: 1 (1 / 0) N= 2 DD off D: 1 (1 / 0) | DD off M: 1 (1 / 0) | DD on D: 1 (1 / 0) | DD on M: 1 (1 / 0) N= 4 DD off D: 2 (2 / 0) | DD off M: 2 (2 / 0) | DD on D: 1 (1 / 0) | DD on M: 1 (1 / 0) N= 8 DD off D: 2 (2 / 0) | DD off M: 2 (2 / 0) | DD on D: 1 (1 / 0) | DD on M: 1 (1 / 0) N=16 DD off D: 5 (5 / 0) | DD off M: 7 (7 / 0) | DD on D: 2 (2 / 0) | DD on M: 3 (3 / 0) alive in every arm and N used by the slope: DD off 110, DD on 114, both 109 (phase readings use only these) R0 null: phase, N=0 "on" - "off" (identical circuits) [all] +0.1537 [-0.04496, +0.4068] deg n=116 -> CONSISTENT (copy gap -0.2674 [-0.515, +0.1639]) R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] +0.198 [-0.1026, +0.4637] deg n=85 -> CONSISTENT (copy gap -0.3094 [-0.7994, +0.09267]) R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] +0.1163 [-0.2314, +0.4946] deg n=31 -> CONSISTENT (copy gap +0.02103 [-0.5009, +0.8145]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] +0.0001004 [-0.0006478, +0.0007122] n=117 -> CONSISTENT (copy gap -0.00134 [-0.00302, +0.0002824]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] +0.0004394 [-0.0005724, +0.001242] n=86 -> CONSISTENT (copy gap -0.001578 [-0.00343, +8.811e-05]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] -0.0006478 [-0.002365, +0.0004179] n=31 -> CONSISTENT (copy gap -0.0004883 [-0.004277, +0.004881]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] -3.243 [-3.809, -2.04] deg n=110 -> BELOW (copy gap +0.06151 [-0.01944, +0.09154]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] -2.561 [-3.702, -1.838] deg n=79 -> BELOW (copy gap +0.007737 [-0.0573, +0.08269]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] -3.654 [-5.82, -2.121] deg n=31 -> BELOW (copy gap +0.09154 [-0.01792, +0.2254]) R2 kick per readout, DD on [all] +0.4473 [+0.317, +0.5649] deg n=114 -> ABOVE (copy gap -0.003707 [-0.09212, +0.08319]) R2 kick per readout, DD on [wired] +0.4322 [+0.3112, +0.6058] deg n=83 -> ABOVE (copy gap -0.02924 [-0.1068, +0.08187]) R2 kick per readout, DD on [unwired] +0.4503 [+0.2412, +0.7112] deg n=31 -> ABOVE (copy gap +0.02865 [-0.08409, +0.1568]) R3 R2 - R1 (does the echo change the kick?) [all] +3.627 [+2.533, +4.841] deg n=109 -> ABOVE (copy gap -0.001722 [-0.1063, +0.08507]) R3 R2 - R1 (does the echo change the kick?) [wired] +3.341 [+2.197, +4.841] deg n=78 -> ABOVE (copy gap -0.007534 [-0.1063, +0.08507]) R3 R2 - R1 (does the echo change the kick?) [unwired] +3.964 [+2.184, +6.135] deg n=31 -> ABOVE (copy gap +0.001695 [-0.3173, +0.15]) 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] -3.627 [-4.841, -2.613] deg n=109 -> BELOW (copy gap +0.001722 [-0.08507, +0.111]) R3s sign(R1) x (R2 - R1) [wired] -3.341 [-4.595, -2.208] deg n=78 -> BELOW (copy gap +0.007534 [-0.07697, +0.1063]) R3s sign(R1) x (R2 - R1) [unwired] -3.964 [-6.135, -2.184] deg n=31 -> BELOW (copy gap -0.001695 [-0.15, +0.3173]) R4 coherence cost, DD off, N=2 (D - M) [all] +0.003292 [+0.0008729, +0.005874] n=117 -> ABOVE (copy gap +0.003156 [-0.0007806, +0.005802]) R4 coherence cost, DD off, N=2 (D - M) [wired] +0.004147 [+0.0009065, +0.006228] n=86 -> ABOVE (copy gap +0.002394 [-0.0008547, +0.005962]) R4 coherence cost, DD off, N=2 (D - M) [unwired] +0.002121 [-0.003314, +0.008289] n=31 -> CONSISTENT (copy gap +0.003732 [-0.005711, +0.009002]) R4 coherence cost, DD off, N=4 (D - M) [all] +0.003646 [-0.000582, +0.007576] n=117 -> CONSISTENT (copy gap -0.002938 [-0.006335, +0.00124]) R4 coherence cost, DD off, N=4 (D - M) [wired] +0.003932 [-0.0006861, +0.008264] n=86 -> CONSISTENT (copy gap -0.003149 [-0.007225, +0.001241]) R4 coherence cost, DD off, N=4 (D - M) [unwired] +0.001099 [-0.005737, +0.01039] n=31 -> CONSISTENT (copy gap -0.001488 [-0.007705, +0.01126]) R4 coherence cost, DD off, N=8 (D - M) [all] +0.005224 [+0.001673, +0.008614] n=117 -> ABOVE (copy gap -0.001938 [-0.006438, +0.002793]) R4 coherence cost, DD off, N=8 (D - M) [wired] +0.005488 [+0.002057, +0.01076] n=86 -> ABOVE (copy gap -0.00181 [-0.007407, +0.0028]) R4 coherence cost, DD off, N=8 (D - M) [unwired] +0.003343 [-0.0005187, +0.007811] n=31 -> CONSISTENT (copy gap -0.001938 [-0.01189, +0.006743]) R4 coherence cost, DD off, N=16 (D - M) [all] +0.007605 [+0.004354, +0.0131] n=117 -> ABOVE (copy gap +0.00383 [-0.002232, +0.01481]) R4 coherence cost, DD off, N=16 (D - M) [wired] +0.01143 [+0.005829, +0.02113] n=86 -> ABOVE (copy gap +0.005347 [-0.003246, +0.01644]) R4 coherence cost, DD off, N=16 (D - M) [unwired] -0.001925 [-0.009287, +0.008452] n=31 -> CONSISTENT (copy gap +0.002852 [-0.01097, +0.01649]) R5 coherence cost, DD on, N=2 (D - M) [all] +0.004039 [+0.00175, +0.005833] n=117 -> ABOVE (copy gap -0.00144 [-0.002413, +0.00224]) R5 coherence cost, DD on, N=2 (D - M) [wired] +0.003944 [+0.001315, +0.00699] n=86 -> ABOVE (copy gap -0.001513 [-0.00373, +0.002935]) R5 coherence cost, DD on, N=2 (D - M) [unwired] +0.004367 [+0.00175, +0.005833] n=31 -> ABOVE (copy gap +0.0001745 [-0.003244, +0.002272]) R5 coherence cost, DD on, N=4 (D - M) [all] +0.003669 [+0.00238, +0.006138] n=117 -> ABOVE (copy gap -0.002889 [-0.006125, +0.0007202]) R5 coherence cost, DD on, N=4 (D - M) [wired] +0.004694 [+0.00238, +0.006431] n=86 -> ABOVE (copy gap -0.0009088 [-0.00441, +0.002919]) R5 coherence cost, DD on, N=4 (D - M) [unwired] copies shifted -0.006125 [-0.01391, -0.004048] | copy0 +0.001059 copy1 +0.004886 -> CANNOT TELL R5 coherence cost, DD on, N=8 (D - M) [all] +0.006484 [+0.002836, +0.008572] n=117 -> ABOVE (copy gap +0.002659 [-0.0007253, +0.006166]) R5 coherence cost, DD on, N=8 (D - M) [wired] +0.00772 [+0.003763, +0.009473] n=86 -> ABOVE (copy gap +0.002395 [-0.00164, +0.00586]) R5 coherence cost, DD on, N=8 (D - M) [unwired] +0.003088 [-0.001395, +0.008558] n=31 -> CONSISTENT (copy gap +0.003145 [-0.008156, +0.009672]) R5 coherence cost, DD on, N=16 (D - M) [all] +0.007193 [+0.001716, +0.009412] n=117 -> ABOVE (copy gap -0.003548 [-0.008762, +0.003574]) R5 coherence cost, DD on, N=16 (D - M) [wired] +0.008202 [+0.001561, +0.01218] n=86 -> ABOVE (copy gap -0.003444 [-0.01139, +0.00524]) R5 coherence cost, DD on, N=16 (D - M) [unwired] +0.003446 [-0.004208, +0.00857] n=31 -> CONSISTENT (copy gap -0.006199 [-0.0103, +0.008625]) R6 R5 - R4, N=2 [all] +0.0003805 [-0.001395, +0.003218] n=117 -> CONSISTENT (copy gap -0.002601 [-0.00813, +0.002925]) R6 R5 - R4, N=2 [wired] -0.0007741 [-0.003695, +0.003226] n=86 -> CONSISTENT (copy gap -0.002067 [-0.008404, +0.003388]) R6 R5 - R4, N=2 [unwired] +0.001131 [-0.001395, +0.006892] n=31 -> CONSISTENT (copy gap -0.004993 [-0.01863, +0.01087]) R6 R5 - R4, N=4 [all] -0.0002316 [-0.003097, +0.004774] n=117 -> CONSISTENT (copy gap -0.00382 [-0.009724, +0.000316]) R6 R5 - R4, N=4 [wired] -0.0006497 [-0.005164, +0.004475] n=86 -> CONSISTENT (copy gap -0.002311 [-0.01041, +0.006159]) R6 R5 - R4, N=4 [unwired] copies shifted -0.005036 [-0.01518, -0.002064] | copy0 -0.003046 copy1 +0.0097 -> CANNOT TELL R6 R5 - R4, N=8 [all] copies shifted +0.005687 [+0.0006656, +0.01229] | copy0 +0.003909 copy1 +0.001414 -> CANNOT TELL R6 R5 - R4, N=8 [wired] +0.002066 [-0.004332, +0.00782] n=86 -> CONSISTENT (copy gap +0.005388 [-0.0005876, +0.01559]) R6 R5 - R4, N=8 [unwired] +0.0008172 [-0.005059, +0.007434] n=31 -> CONSISTENT (copy gap +0.005687 [-0.01211, +0.01233]) R6 R5 - R4, N=16 [all] copies shifted -0.008524 [-0.0189, -0.00037] | copy0 -0.008473 copy1 +0.002676 -> CANNOT TELL R6 R5 - R4, N=16 [wired] copies shifted -0.009746 [-0.01998, -0.0004475] | copy0 -0.0149 copy1 -0.002593 -> CANNOT TELL R6 R5 - R4, N=16 [unwired] -0.001383 [-0.004783, +0.01051] n=31 -> CONSISTENT (copy gap -0.006074 [-0.02018, +0.009646]) R7 echo on the idle arm, N=2 (D on - D off) [all] +0.01867 [+0.01224, +0.02474] n=117 -> ABOVE (copy gap -0.001218 [-0.004576, +0.0009268]) R7 echo on the idle arm, N=2 (D on - D off) [wired] +0.01983 [+0.0122, +0.02777] n=86 -> ABOVE (copy gap -0.0006963 [-0.006951, +0.001655]) R7 echo on the idle arm, N=2 (D on - D off) [unwired] +0.01405 [+0.01045, +0.02775] n=31 -> ABOVE (copy gap -0.00193 [-0.004576, +0.004975]) R7 echo on the idle arm, N=4 (D on - D off) [all] +0.01532 [+0.0104, +0.02206] n=117 -> ABOVE (copy gap -0.002433 [-0.008059, +0.001243]) R7 echo on the idle arm, N=4 (D on - D off) [wired] +0.01546 [+0.0104, +0.02304] n=86 -> ABOVE (copy gap -0.001499 [-0.007537, +0.003615]) R7 echo on the idle arm, N=4 (D on - D off) [unwired] +0.01509 [-0.005422, +0.03052] n=31 -> CONSISTENT (copy gap -0.008011 [-0.01316, +0.001492]) R7 echo on the idle arm, N=8 (D on - D off) [all] +0.0149 [+0.003107, +0.03167] n=117 -> ABOVE (copy gap +0.002481 [-0.0001582, +0.005003]) R7 echo on the idle arm, N=8 (D on - D off) [wired] +0.01296 [+0.00234, +0.03295] n=86 -> ABOVE (copy gap +0.001562 [-0.002465, +0.008047]) R7 echo on the idle arm, N=8 (D on - D off) [unwired] +0.0149 [-0.005358, +0.03973] n=31 -> CONSISTENT (copy gap +0.003419 [-0.0002264, +0.007838]) R7 echo on the idle arm, N=16 (D on - D off) [all] +0.01512 [+0.0004547, +0.03035] n=117 -> ABOVE (copy gap -0.004612 [-0.007455, +0.002836]) R7 echo on the idle arm, N=16 (D on - D off) [wired] +0.01492 [-0.006289, +0.03078] n=86 -> CONSISTENT (copy gap -0.003633 [-0.00902, +0.003252]) R7 echo on the idle arm, N=16 (D on - D off) [unwired] +0.02453 [-0.03647, +0.04092] n=31 -> CONSISTENT (copy gap -0.004612 [-0.01286, +0.006922]) ==================================================================================================== dd ibm_marrakesh job dbcur9ni0auc7394dbmg spectators 117: wired 86, unwired 31 | L 671 dt, X 9 dt, echo 163 / 327 / 163 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: 0 (0 / 0) | DD on D: 0 (0 / 0) N= 2 DD off D: 0 (0 / 0) | DD off M: 2 (1 / 1) | DD on D: 0 (0 / 0) | DD on M: 1 (1 / 0) N= 4 DD off D: 0 (0 / 0) | DD off M: 1 (1 / 0) | DD on D: 0 (0 / 0) | DD on M: 1 (1 / 0) N= 8 DD off D: 3 (3 / 0) | DD off M: 7 (7 / 0) | DD on D: 0 (0 / 0) | DD on M: 2 (2 / 0) N=16 DD off D: 7 (5 / 2) | DD off M: 10 (8 / 2) | DD on D: 0 (0 / 0) | DD on M: 3 (3 / 0) alive in every arm and N used by the slope: DD off 106, DD on 114, both 106 (phase readings use only these) R0 null: phase, N=0 "on" - "off" (identical circuits) [all] +0.155 [-0.1787, +0.3096] deg n=117 -> CONSISTENT (copy gap -0.3242 [-0.7635, +0.1309]) R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] +0.1082 [-0.2231, +0.2869] deg n=86 -> CONSISTENT (copy gap -0.2754 [-0.9327, +0.2546]) R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] +0.2334 [-0.383, +0.5373] deg n=31 -> CONSISTENT (copy gap -0.3984 [-1.121, +0.9784]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] -0.0001426 [-0.0009146, +0.001072] n=117 -> CONSISTENT (copy gap +0.0004132 [-0.001067, +0.002925]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] -0.000238 [-0.001029, +0.001507] n=86 -> CONSISTENT (copy gap -4.394e-05 [-0.001234, +0.002925]) R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] -3.857e-06 [-0.00129, +0.001945] n=31 -> CONSISTENT (copy gap +0.001421 [-0.00241, +0.005593]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] -2.496 [-3.492, -1.757] deg n=106 -> BELOW (copy gap -0.04483 [-0.1559, +0.002827]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] -2.496 [-3.433, -1.81] deg n=78 -> BELOW (copy gap -0.04483 [-0.1901, +0.01272]) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] -2.265 [-5.054, -1.058] deg n=28 -> BELOW (copy gap -0.04273 [-0.2737, +0.1596]) R2 kick per readout, DD on [all] -0.2691 [-0.3853, -0.2084] deg n=114 -> BELOW (copy gap +0.02324 [-0.08467, +0.1026]) R2 kick per readout, DD on [wired] -0.264 [-0.3783, -0.1809] deg n=83 -> BELOW (copy gap -0.02858 [-0.1473, +0.08936]) R2 kick per readout, DD on [unwired] copies shifted +0.09362 [+0.05508, +0.3026] | copy0 -0.2539 copy1 -0.3548 -> CANNOT TELL R3 R2 - R1 (does the echo change the kick?) [all] +2.292 [+1.6, +3.176] deg n=106 -> ABOVE (copy gap +0.03508 [-0.08136, +0.1846]) R3 R2 - R1 (does the echo change the kick?) [wired] +2.292 [+1.642, +3.166] deg n=78 -> ABOVE (copy gap +0.02042 [-0.1605, +0.1877]) R3 R2 - R1 (does the echo change the kick?) [unwired] +2.106 [+0.7902, +5.347] deg n=28 -> ABOVE (copy gap +0.07568 [-0.0526, +0.2897]) 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] -2.292 [-3.176, -1.601] deg n=106 -> BELOW (copy gap -0.03508 [-0.1846, +0.08136]) R3s sign(R1) x (R2 - R1) [wired] -2.292 [-3.163, -1.646] deg n=78 -> BELOW (copy gap -0.02042 [-0.2195, +0.1603]) R3s sign(R1) x (R2 - R1) [unwired] -2.106 [-5.347, -0.7902] deg n=28 -> BELOW (copy gap -0.07568 [-0.2897, +0.0526]) R4 coherence cost, DD off, N=2 (D - M) [all] +0.004694 [+0.001352, +0.007801] n=117 -> ABOVE (copy gap -0.002545 [-0.007079, +0.0005072]) R4 coherence cost, DD off, N=2 (D - M) [wired] +0.003116 [+0.0003634, +0.007437] n=86 -> ABOVE (copy gap -0.001464 [-0.006848, +0.003241]) R4 coherence cost, DD off, N=2 (D - M) [unwired] +0.005712 [+0.00148, +0.01122] n=31 -> ABOVE (copy gap -0.005941 [-0.01258, +0.0005072]) R4 coherence cost, DD off, N=4 (D - M) [all] +0.006423 [+0.002965, +0.01134] n=117 -> ABOVE (copy gap -0.002426 [-0.008181, +0.001359]) R4 coherence cost, DD off, N=4 (D - M) [wired] +0.007131 [+0.005194, +0.01263] n=86 -> ABOVE (copy gap -0.002561 [-0.00799, +0.0006353]) R4 coherence cost, DD off, N=4 (D - M) [unwired] +0.002196 [-0.003462, +0.0131] n=31 -> CONSISTENT (copy gap -0.002105 [-0.01298, +0.007403]) R4 coherence cost, DD off, N=8 (D - M) [all] +0.01224 [+0.007445, +0.02387] n=117 -> ABOVE (copy gap -0.001932 [-0.007527, +0.001745]) R4 coherence cost, DD off, N=8 (D - M) [wired] +0.01314 [+0.008172, +0.02596] n=86 -> ABOVE (copy gap -0.002271 [-0.009433, +0.001745]) R4 coherence cost, DD off, N=8 (D - M) [unwired] +0.007445 [-0.005791, +0.02197] n=31 -> CONSISTENT (copy gap -0.00058 [-0.009542, +0.00764]) R4 coherence cost, DD off, N=16 (D - M) [all] +0.01661 [+0.009422, +0.02128] n=117 -> ABOVE (copy gap -0.001907 [-0.008244, +0.00445]) R4 coherence cost, DD off, N=16 (D - M) [wired] +0.01722 [+0.008026, +0.02658] n=86 -> ABOVE (copy gap +0.0006947 [-0.004382, +0.007643]) R4 coherence cost, DD off, N=16 (D - M) [unwired] +0.01198 [-0.005543, +0.023] n=31 -> CONSISTENT (copy gap -0.01114 [-0.01868, +0.0006407]) R5 coherence cost, DD on, N=2 (D - M) [all] +0.006491 [+0.003337, +0.009567] n=117 -> ABOVE (copy gap -0.002784 [-0.006488, +0.001509]) R5 coherence cost, DD on, N=2 (D - M) [wired] +0.006875 [+0.003529, +0.01042] n=86 -> ABOVE (copy gap -0.002678 [-0.006294, +0.0009438]) R5 coherence cost, DD on, N=2 (D - M) [unwired] +0.0034 [+0.00175, +0.01159] n=31 -> ABOVE (copy gap -0.003571 [-0.009642, +0.004467]) R5 coherence cost, DD on, N=4 (D - M) [all] +0.008821 [+0.006269, +0.01148] n=117 -> ABOVE (copy gap -0.0002136 [-0.003421, +0.003861]) R5 coherence cost, DD on, N=4 (D - M) [wired] +0.0091 [+0.005799, +0.01372] n=86 -> ABOVE (copy gap +0.0006224 [-0.006873, +0.005203]) R5 coherence cost, DD on, N=4 (D - M) [unwired] +0.008391 [-7.302e-05, +0.01596] n=31 -> CONSISTENT (copy gap -0.0005371 [-0.007455, +0.004376]) R5 coherence cost, DD on, N=8 (D - M) [all] +0.0147 [+0.009602, +0.01731] n=117 -> ABOVE (copy gap +0.0009362 [-0.006065, +0.005218]) R5 coherence cost, DD on, N=8 (D - M) [wired] +0.01471 [+0.009068, +0.01953] n=86 -> ABOVE (copy gap +0.000995 [-0.006132, +0.007592]) R5 coherence cost, DD on, N=8 (D - M) [unwired] +0.01459 [+0.006482, +0.01787] n=31 -> ABOVE (copy gap -0.002601 [-0.01159, +0.006711]) R5 coherence cost, DD on, N=16 (D - M) [all] +0.01689 [+0.007849, +0.02775] n=117 -> ABOVE (copy gap -7.049e-05 [-0.007623, +0.008137]) R5 coherence cost, DD on, N=16 (D - M) [wired] +0.01684 [+0.008155, +0.03291] n=86 -> ABOVE (copy gap -0.002152 [-0.009381, +0.005104]) R5 coherence cost, DD on, N=16 (D - M) [unwired] +0.01935 [+0.001606, +0.03016] n=31 -> ABOVE (copy gap +0.008137 [-0.01186, +0.01583]) R6 R5 - R4, N=2 [all] -0.001292 [-0.003666, +0.004246] n=117 -> CONSISTENT (copy gap -0.002027 [-0.008135, +0.006428]) R6 R5 - R4, N=2 [wired] -0.0009129 [-0.003118, +0.004823] n=86 -> CONSISTENT (copy gap -0.003081 [-0.01036, +0.004154]) R6 R5 - R4, N=2 [unwired] -0.004373 [-0.008292, +0.005354] n=31 -> CONSISTENT (copy gap +0.005 [-0.008942, +0.01621]) R6 R5 - R4, N=4 [all] +0.001997 [-0.001374, +0.005171] n=117 -> CONSISTENT (copy gap +0.002639 [-0.005565, +0.007787]) R6 R5 - R4, N=4 [wired] +0.001596 [-0.001108, +0.00524] n=86 -> CONSISTENT (copy gap +0.002261 [-0.007357, +0.009606]) R6 R5 - R4, N=4 [unwired] +0.002126 [-0.005888, +0.0109] n=31 -> CONSISTENT (copy gap +0.00279 [-0.009666, +0.009342]) R6 R5 - R4, N=8 [all] +0.003093 [-0.001591, +0.006527] n=117 -> CONSISTENT (copy gap +0.001915 [-0.006889, +0.008856]) R6 R5 - R4, N=8 [wired] +0.002961 [-0.003717, +0.006472] n=86 -> CONSISTENT (copy gap +0.00517 [-0.006889, +0.01652]) R6 R5 - R4, N=8 [unwired] +0.005924 [-0.0061, +0.01235] n=31 -> CONSISTENT (copy gap -0.005138 [-0.02137, +0.007746]) R6 R5 - R4, N=16 [all] -0.0006005 [-0.004629, +0.009011] n=117 -> CONSISTENT (copy gap +0.003884 [-0.01047, +0.01284]) R6 R5 - R4, N=16 [wired] -0.001327 [-0.008248, +0.005874] n=86 -> CONSISTENT (copy gap -0.00331 [-0.01398, +0.01201]) R6 R5 - R4, N=16 [unwired] +0.007567 [-0.009919, +0.01889] n=31 -> CONSISTENT (copy gap +0.007499 [-0.01198, +0.0314]) R7 echo on the idle arm, N=2 (D on - D off) [all] +0.03018 [+0.02392, +0.03922] n=117 -> ABOVE (copy gap -0.001395 [-0.003179, +0.004927]) R7 echo on the idle arm, N=2 (D on - D off) [wired] +0.03043 [+0.02355, +0.03938] n=86 -> ABOVE (copy gap -0.0008838 [-0.00292, +0.005606]) R7 echo on the idle arm, N=2 (D on - D off) [unwired] +0.02867 [+0.0211, +0.04793] n=31 -> ABOVE (copy gap -0.002402 [-0.01221, +0.009423]) R7 echo on the idle arm, N=4 (D on - D off) [all] +0.0357 [+0.02501, +0.05029] n=117 -> ABOVE (copy gap +0.003953 [-0.003015, +0.006534]) R7 echo on the idle arm, N=4 (D on - D off) [wired] +0.03327 [+0.02501, +0.04937] n=86 -> ABOVE (copy gap +0.00413 [-0.003101, +0.007144]) R7 echo on the idle arm, N=4 (D on - D off) [unwired] +0.04399 [+0.02222, +0.06761] n=31 -> ABOVE (copy gap +0.002301 [-0.008607, +0.01306]) R7 echo on the idle arm, N=8 (D on - D off) [all] +0.04081 [+0.03115, +0.05274] n=117 -> ABOVE (copy gap +0.001135 [-0.002977, +0.005837]) R7 echo on the idle arm, N=8 (D on - D off) [wired] +0.04226 [+0.03054, +0.05363] n=86 -> ABOVE (copy gap +0.001505 [-0.003188, +0.007304]) R7 echo on the idle arm, N=8 (D on - D off) [unwired] +0.03407 [+0.02034, +0.09797] n=31 -> ABOVE (copy gap -0.001864 [-0.01295, +0.005379]) R7 echo on the idle arm, N=16 (D on - D off) [all] +0.03984 [+0.01743, +0.05569] n=117 -> ABOVE (copy gap +0.002074 [-0.004947, +0.008591]) R7 echo on the idle arm, N=16 (D on - D off) [wired] +0.04316 [+0.02095, +0.07513] n=86 -> ABOVE (copy gap +0.0009688 [-0.006137, +0.009602]) R7 echo on the idle arm, N=16 (D on - D off) [unwired] +0.0295 [+0.01351, +0.07365] n=31 -> ABOVE (copy gap +0.002849 [-0.007897, +0.01714]) ==================================================================================================== 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 +0.08721 [-0.1831, +0.2367] | kingston +0.1537 [-0.04496, +0.4068] | marrakesh +0.155 [-0.1787, +0.3096] combined +0.1285 [-0.001599, +0.2586] -> CONSISTENT | chip-to-chip spread chi2/dof 0.12 (dof 2) R0 null: phase, N=0 "on" - "off" (identical circuits) [wired] fez -0.02337 [-0.3772, +0.1991] | kingston +0.198 [-0.1026, +0.4637] | marrakesh +0.1082 [-0.2231, +0.2869] combined +0.09656 [-0.06175, +0.2549] -> CONSISTENT | chip-to-chip spread chi2/dof 0.58 (dof 2) R0 null: phase, N=0 "on" - "off" (identical circuits) [unwired] fez +0.2482 [-0.1032, +0.5727] | kingston +0.1163 [-0.2314, +0.4946] | marrakesh +0.2334 [-0.383, +0.5373] combined +0.1974 [-0.02049, +0.4152] -> CONSISTENT | chip-to-chip spread chi2/dof 0.15 (dof 2) R0 null: coherence, N=0 "on" - "off" (identical circuits) [all] fez +0.0006049 [-0.0004896, +0.001259] | kingston +0.0001004 [-0.0006478, +0.0007122] | marrakesh -0.0001426 [-0.0009146, +0.001072] combined +0.0001927 [-0.0002795, +0.0006649] -> CONSISTENT | chip-to-chip spread chi2/dof 0.68 (dof 2) R0 null: coherence, N=0 "on" - "off" (identical circuits) [wired] fez +0.001227 [-0.0001035, +0.001788] | kingston +0.0004394 [-0.0005724, +0.001242] | marrakesh -0.000238 [-0.001029, +0.001507] combined +0.0005949 [+1.32e-05, +0.001177] -> ABOVE | chip-to-chip spread chi2/dof 1.74 (dof 2) R0 null: coherence, N=0 "on" - "off" (identical circuits) [unwired] fez copies shifted | kingston -0.0006478 [-0.002365, +0.0004179] | marrakesh -3.857e-06 [-0.00129, +0.001945] combined -0.0003739 [-0.001429, +0.0006809] -> CONSISTENT | chip-to-chip spread chi2/dof 0.35 (dof 1) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [all] fez -1.504 [-2, -0.9481] | kingston -3.243 [-3.809, -2.04] | marrakesh -2.496 [-3.492, -1.757] combined -2.073 [-2.474, -1.672] -> BELOW | chip-to-chip spread chi2/dof 6.06 (dof 2) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [wired] fez -1.389 [-1.758, -0.8669] | kingston -2.561 [-3.702, -1.838] | marrakesh -2.496 [-3.433, -1.81] combined -1.782 [-2.142, -1.422] -> BELOW | chip-to-chip spread chi2/dof 4.32 (dof 2) R1 kick per readout, DD off (slope of phase_M - phase_D on N) [unwired] fez -2.113 [-3.396, -0.9098] | kingston -3.654 [-5.82, -2.121] | marrakesh -2.265 [-5.054, -1.058] combined -2.523 [-3.44, -1.607] -> BELOW | chip-to-chip spread chi2/dof 0.96 (dof 2) R2 kick per readout, DD on [all] fez -0.09438 [-0.1753, -0.005838] | kingston +0.4473 [+0.317, +0.5649] | marrakesh -0.2691 [-0.3853, -0.2084] combined -0.05545 [-0.1103, -0.0005801] -> BELOW | chip-to-chip spread chi2/dof 43.22 (dof 2) R2 kick per readout, DD on [wired] fez -0.09167 [-0.1731, +0.004373] | kingston +0.4322 [+0.3112, +0.6058] | marrakesh -0.264 [-0.3783, -0.1809] combined -0.06823 [-0.1285, -0.008007] -> BELOW | chip-to-chip spread chi2/dof 29.87 (dof 2) R2 kick per readout, DD on [unwired] fez -0.1089 [-0.2989, -0.009851] | kingston +0.4503 [+0.2412, +0.7112] | marrakesh copies shifted combined +0.04461 [-0.0785, +0.1677] -> CONSISTENT | chip-to-chip spread chi2/dof 15.78 (dof 1) R3 R2 - R1 (does the echo change the kick?) [all] fez +1.412 [+0.9942, +2.142] | kingston +3.627 [+2.533, +4.841] | marrakesh +2.292 [+1.6, +3.176] combined +1.983 [+1.552, +2.413] -> ABOVE | chip-to-chip spread chi2/dof 6.10 (dof 2) R3 R2 - R1 (does the echo change the kick?) [wired] fez +1.275 [+0.9277, +2.09] | kingston +3.341 [+2.197, +4.841] | marrakesh +2.292 [+1.642, +3.166] combined +1.833 [+1.397, +2.269] -> ABOVE | chip-to-chip spread chi2/dof 4.97 (dof 2) R3 R2 - R1 (does the echo change the kick?) [unwired] fez +2.009 [+0.8463, +3.149] | kingston +3.964 [+2.184, +6.135] | marrakesh +2.106 [+0.7902, +5.347] combined +2.441 [+1.529, +3.353] -> ABOVE | chip-to-chip spread chi2/dof 1.45 (dof 2) R3s sign(R1) x (R2 - R1) [all] fez -1.412 [-2.119, -1.069] | kingston -3.627 [-4.841, -2.613] | marrakesh -2.292 [-3.176, -1.601] combined -1.942 [-2.349, -1.535] -> BELOW | chip-to-chip spread chi2/dof 6.74 (dof 2) R3s sign(R1) x (R2 - R1) [wired] fez -1.275 [-2.118, -0.9022] | kingston -3.341 [-4.595, -2.208] | marrakesh -2.292 [-3.163, -1.646] combined -1.9 [-2.341, -1.459] -> BELOW | chip-to-chip spread chi2/dof 5.35 (dof 2) R3s sign(R1) x (R2 - R1) [unwired] fez -2.009 [-3.149, -0.8455] | kingston -3.964 [-6.135, -2.184] | marrakesh -2.106 [-5.347, -0.7902] combined -2.441 [-3.353, -1.529] -> BELOW | chip-to-chip spread chi2/dof 1.45 (dof 2) R4 coherence cost, DD off, N=2 (D - M) [all] fez +0.002315 [-0.0009581, +0.004604] | kingston +0.003292 [+0.0008729, +0.005874] | marrakesh +0.004694 [+0.001352, +0.007801] combined +0.003314 [+0.001703, +0.004925] -> ABOVE | chip-to-chip spread chi2/dof 0.60 (dof 2) R4 coherence cost, DD off, N=2 (D - M) [wired] fez +0.002995 [-0.0008759, +0.00525] | kingston +0.004147 [+0.0009065, +0.006228] | marrakesh +0.003116 [+0.0003634, +0.007437] combined +0.003521 [+0.001774, +0.005267] -> ABOVE | chip-to-chip spread chi2/dof 0.19 (dof 2) R4 coherence cost, DD off, N=2 (D - M) [unwired] fez +0.001569 [-0.004473, +0.004593] | kingston +0.002121 [-0.003314, +0.008289] | marrakesh +0.005712 [+0.00148, +0.01122] combined +0.003155 [+0.0002751, +0.006035] -> ABOVE | chip-to-chip spread chi2/dof 0.83 (dof 2) R4 coherence cost, DD off, N=4 (D - M) [all] fez +0.004342 [+0.0001845, +0.006088] | kingston +0.003646 [-0.000582, +0.007576] | marrakesh +0.006423 [+0.002965, +0.01134] combined +0.004674 [+0.002597, +0.00675] -> ABOVE | chip-to-chip spread chi2/dof 0.48 (dof 2) R4 coherence cost, DD off, N=4 (D - M) [wired] fez +0.004683 [-0.0001075, +0.007511] | kingston +0.003932 [-0.0006861, +0.008264] | marrakesh +0.007131 [+0.005194, +0.01263] combined +0.005413 [+0.003126, +0.0077] -> ABOVE | chip-to-chip spread chi2/dof 0.69 (dof 2) R4 coherence cost, DD off, N=4 (D - M) [unwired] fez +0.00241 [-0.002136, +0.005673] | kingston +0.001099 [-0.005737, +0.01039] | marrakesh +0.002196 [-0.003462, +0.0131] combined +0.002167 [-0.001068, +0.005401] -> CONSISTENT | chip-to-chip spread chi2/dof 0.04 (dof 2) R4 coherence cost, DD off, N=8 (D - M) [all] fez +0.004418 [+0.001699, +0.007968] | kingston +0.005224 [+0.001673, +0.008614] | marrakesh +0.01224 [+0.007445, +0.02387] combined +0.005333 [+0.003095, +0.007572] -> ABOVE | chip-to-chip spread chi2/dof 1.52 (dof 2) R4 coherence cost, DD off, N=8 (D - M) [wired] fez +0.006151 [+0.00322, +0.0129] | kingston +0.005488 [+0.002057, +0.01076] | marrakesh +0.01314 [+0.008172, +0.02596] combined +0.006644 [+0.003603, +0.009685] -> ABOVE | chip-to-chip spread chi2/dof 1.18 (dof 2) R4 coherence cost, DD off, N=8 (D - M) [unwired] fez -0.001073 [-0.006239, +0.003342] | kingston +0.003343 [-0.0005187, +0.007811] | marrakesh +0.007445 [-0.005791, +0.02197] combined +0.001735 [-0.001331, +0.0048] -> CONSISTENT | chip-to-chip spread chi2/dof 1.27 (dof 2) R4 coherence cost, DD off, N=16 (D - M) [all] fez +0.003606 [+0.0002982, +0.006243] | kingston +0.007605 [+0.004354, +0.0131] | marrakesh +0.01661 [+0.009422, +0.02128] combined +0.006591 [+0.00432, +0.008862] -> ABOVE | chip-to-chip spread chi2/dof 7.52 (dof 2) R4 coherence cost, DD off, N=16 (D - M) [wired] fez +0.002932 [+0.001227, +0.00777] | kingston +0.01143 [+0.005829, +0.02113] | marrakesh +0.01722 [+0.008026, +0.02658] combined +0.005481 [+0.002619, +0.008342] -> ABOVE | chip-to-chip spread chi2/dof 5.41 (dof 2) R4 coherence cost, DD off, N=16 (D - M) [unwired] fez +0.004181 [-0.001354, +0.006616] | kingston -0.001925 [-0.009287, +0.008452] | marrakesh +0.01198 [-0.005543, +0.023] combined +0.003693 [+0.0001703, +0.007216] -> ABOVE | chip-to-chip spread chi2/dof 1.45 (dof 2) R5 coherence cost, DD on, N=2 (D - M) [all] fez +0.001992 [+4.289e-05, +0.003862] | kingston +0.004039 [+0.00175, +0.005833] | marrakesh +0.006491 [+0.003337, +0.009567] combined +0.003539 [+0.002266, +0.004812] -> ABOVE | chip-to-chip spread chi2/dof 3.10 (dof 2) R5 coherence cost, DD on, N=2 (D - M) [wired] fez +0.003788 [+0.001119, +0.007326] | kingston +0.003944 [+0.001315, +0.00699] | marrakesh +0.006875 [+0.003529, +0.01042] combined +0.004683 [+0.002893, +0.006472] -> ABOVE | chip-to-chip spread chi2/dof 1.07 (dof 2) R5 coherence cost, DD on, N=2 (D - M) [unwired] fez -6.578e-05 [-0.005613, +0.001094] | kingston +0.004367 [+0.00175, +0.005833] | marrakesh +0.0034 [+0.00175, +0.01159] combined +0.003195 [+0.001551, +0.004838] -> ABOVE | chip-to-chip spread chi2/dof 2.45 (dof 2) R5 coherence cost, DD on, N=4 (D - M) [all] fez +0.001476 [-0.0001863, +0.005288] | kingston +0.003669 [+0.00238, +0.006138] | marrakesh +0.008821 [+0.006269, +0.01148] combined +0.004497 [+0.003165, +0.005828] -> ABOVE | chip-to-chip spread chi2/dof 8.01 (dof 2) R5 coherence cost, DD on, N=4 (D - M) [wired] fez +0.004984 [+0.000714, +0.007711] | kingston +0.004694 [+0.00238, +0.006431] | marrakesh +0.0091 [+0.005799, +0.01372] combined +0.005478 [+0.003875, +0.00708] -> ABOVE | chip-to-chip spread chi2/dof 1.93 (dof 2) R5 coherence cost, DD on, N=4 (D - M) [unwired] fez -0.002145 [-0.005212, +0.001424] | kingston copies shifted | marrakesh +0.008391 [-7.302e-05, +0.01596] combined -0.0006043 [-0.00367, +0.002462] -> CONSISTENT | chip-to-chip spread chi2/dof 5.67 (dof 1) R5 coherence cost, DD on, N=8 (D - M) [all] fez +0.00278 [-0.001406, +0.007939] | kingston +0.006484 [+0.002836, +0.008572] | marrakesh +0.0147 [+0.009602, +0.01731] combined +0.008119 [+0.006055, +0.01018] -> ABOVE | chip-to-chip spread chi2/dof 8.74 (dof 2) R5 coherence cost, DD on, N=8 (D - M) [wired] fez +0.005024 [+8.405e-05, +0.01215] | kingston +0.00772 [+0.003763, +0.009473] | marrakesh +0.01471 [+0.009068, +0.01953] combined +0.008691 [+0.006376, +0.01101] -> ABOVE | chip-to-chip spread chi2/dof 3.47 (dof 2) R5 coherence cost, DD on, N=8 (D - M) [unwired] fez -0.0017 [-0.005227, +0.00278] | kingston +0.003088 [-0.001395, +0.008558] | marrakesh +0.01459 [+0.006482, +0.01787] combined +0.003508 [+0.0007724, +0.006244] -> ABOVE | chip-to-chip spread chi2/dof 10.55 (dof 2) R5 coherence cost, DD on, N=16 (D - M) [all] fez +0.01212 [+0.003869, +0.01736] | kingston +0.007193 [+0.001716, +0.009412] | marrakesh +0.01689 [+0.007849, +0.02775] combined +0.009262 [+0.006093, +0.01243] -> ABOVE | chip-to-chip spread chi2/dof 2.03 (dof 2) R5 coherence cost, DD on, N=16 (D - M) [wired] fez +0.0129 [+0.003951, +0.01923] | kingston +0.008202 [+0.001561, +0.01218] | marrakesh +0.01684 [+0.008155, +0.03291] combined +0.01052 [+0.006403, +0.01463] -> ABOVE | chip-to-chip spread chi2/dof 1.05 (dof 2) R5 coherence cost, DD on, N=16 (D - M) [unwired] fez +0.01118 [+0.001733, +0.01742] | kingston +0.003446 [-0.004208, +0.00857] | marrakesh +0.01935 [+0.001606, +0.03016] combined +0.007909 [+0.003229, +0.01259] -> ABOVE | chip-to-chip spread chi2/dof 2.51 (dof 2) R6 R5 - R4, N=2 [all] fez +0.0006255 [-0.001473, +0.002878] | kingston +0.0003805 [-0.001395, +0.003218] | marrakesh -0.001292 [-0.003666, +0.004246] combined +0.0002616 [-0.001208, +0.001731] -> CONSISTENT | chip-to-chip spread chi2/dof 0.35 (dof 2) R6 R5 - R4, N=2 [wired] fez +0.001933 [-0.001877, +0.005034] | kingston -0.0007741 [-0.003695, +0.003226] | marrakesh -0.0009129 [-0.003118, +0.004823] combined +0.0001703 [-0.001912, +0.002252] -> CONSISTENT | chip-to-chip spread chi2/dof 0.79 (dof 2) R6 R5 - R4, N=2 [unwired] fez -0.0005919 [-0.006577, +0.001991] | kingston +0.001131 [-0.001395, +0.006892] | marrakesh -0.004373 [-0.008292, +0.005354] combined -0.0004494 [-0.003179, +0.00228] -> CONSISTENT | chip-to-chip spread chi2/dof 0.92 (dof 2) R6 R5 - R4, N=4 [all] fez +0.0005031 [-0.002006, +0.003862] | kingston -0.0002316 [-0.003097, +0.004774] | marrakesh +0.001997 [-0.001374, +0.005171] combined +0.0008389 [-0.001071, +0.002749] -> CONSISTENT | chip-to-chip spread chi2/dof 0.41 (dof 2) R6 R5 - R4, N=4 [wired] fez +0.002046 [-0.001688, +0.004926] | kingston -0.0006497 [-0.005164, +0.004475] | marrakesh +0.001596 [-0.001108, +0.00524] combined +0.001358 [-0.0007096, +0.003427] -> CONSISTENT | chip-to-chip spread chi2/dof 0.43 (dof 2) R6 R5 - R4, N=4 [unwired] fez -0.0008213 [-0.007317, +0.003862] | kingston copies shifted | marrakesh +0.002126 [-0.005888, +0.0109] combined +8.384e-05 [-0.004569, +0.004736] -> CONSISTENT | chip-to-chip spread chi2/dof 0.33 (dof 1) R6 R5 - R4, N=8 [all] fez -0.0007259 [-0.004465, +0.004526] | kingston copies shifted | marrakesh +0.003093 [-0.001591, +0.006527] combined +0.001378 [-0.001635, +0.004391] -> CONSISTENT | chip-to-chip spread chi2/dof 1.53 (dof 1) R6 R5 - R4, N=8 [wired] fez -0.002184 [-0.006009, +0.004691] | kingston +0.002066 [-0.004332, +0.00782] | marrakesh +0.002961 [-0.003717, +0.006472] combined +0.0009325 [-0.002221, +0.004086] -> CONSISTENT | chip-to-chip spread chi2/dof 1.02 (dof 2) R6 R5 - R4, N=8 [unwired] fez +0.00136 [-0.00461, +0.005562] | kingston +0.0008172 [-0.005059, +0.007434] | marrakesh +0.005924 [-0.0061, +0.01235] combined +0.001882 [-0.001744, +0.005509] -> CONSISTENT | chip-to-chip spread chi2/dof 0.44 (dof 2) R6 R5 - R4, N=16 [all] fez +0.008223 [+0.005924, +0.01088] | kingston copies shifted | marrakesh -0.0006005 [-0.004629, +0.009011] combined +0.007193 [+0.004864, +0.009523] -> ABOVE | chip-to-chip spread chi2/dof 5.68 (dof 1) R6 R5 - R4, N=16 [wired] fez +0.008065 [+0.004905, +0.01167] | kingston copies shifted | marrakesh -0.001327 [-0.008248, +0.005874] combined +0.00631 [+0.003258, +0.009362] -> ABOVE | chip-to-chip spread chi2/dof 5.53 (dof 1) R6 R5 - R4, N=16 [unwired] fez +0.01088 [-0.0009703, +0.01906] | kingston -0.001383 [-0.004783, +0.01051] | marrakesh +0.007567 [-0.009919, +0.01889] combined +0.003801 [-0.001798, +0.0094] -> CONSISTENT | chip-to-chip spread chi2/dof 1.97 (dof 2) R7 echo on the idle arm, N=2 (D on - D off) [all] fez +0.01883 [+0.01595, +0.02409] | kingston +0.01867 [+0.01224, +0.02474] | marrakesh +0.03018 [+0.02392, +0.03922] combined +0.02067 [+0.01756, +0.02379] -> ABOVE | chip-to-chip spread chi2/dof 3.56 (dof 2) R7 echo on the idle arm, N=2 (D on - D off) [wired] fez +0.02201 [+0.01507, +0.03188] | kingston +0.01983 [+0.0122, +0.02777] | marrakesh +0.03043 [+0.02355, +0.03938] combined +0.02412 [+0.01949, +0.02875] -> ABOVE | chip-to-chip spread chi2/dof 1.92 (dof 2) R7 echo on the idle arm, N=2 (D on - D off) [unwired] fez +0.01741 [+0.005376, +0.02328] | kingston +0.01405 [+0.01045, +0.02775] | marrakesh +0.02867 [+0.0211, +0.04793] combined +0.01797 [+0.01233, +0.02361] -> ABOVE | chip-to-chip spread chi2/dof 1.62 (dof 2) R7 echo on the idle arm, N=4 (D on - D off) [all] fez +0.0112 [-0.002743, +0.01857] | kingston +0.01532 [+0.0104, +0.02206] | marrakesh +0.0357 [+0.02501, +0.05029] combined +0.01737 [+0.01263, +0.02212] -> ABOVE | chip-to-chip spread chi2/dof 4.92 (dof 2) R7 echo on the idle arm, N=4 (D on - D off) [wired] fez +0.01395 [-0.001902, +0.02174] | kingston +0.01546 [+0.0104, +0.02304] | marrakesh +0.03327 [+0.02501, +0.04937] combined +0.01827 [+0.0132, +0.02334] -> ABOVE | chip-to-chip spread chi2/dof 3.55 (dof 2) R7 echo on the idle arm, N=4 (D on - D off) [unwired] fez -0.001577 [-0.01271, +0.02446] | kingston +0.01509 [-0.005422, +0.03052] | marrakesh +0.04399 [+0.02222, +0.06761] combined +0.01608 [+0.004855, +0.02731] -> ABOVE | chip-to-chip spread chi2/dof 4.65 (dof 2) R7 echo on the idle arm, N=8 (D on - D off) [all] fez -0.01736 [-0.03836, -0.00156] | kingston +0.0149 [+0.003107, +0.03167] | marrakesh +0.04081 [+0.03115, +0.05274] combined +0.02263 [+0.01483, +0.03043] -> ABOVE | chip-to-chip spread chi2/dof 15.08 (dof 2) R7 echo on the idle arm, N=8 (D on - D off) [wired] fez -0.01095 [-0.03407, +0.008564] | kingston +0.01296 [+0.00234, +0.03295] | marrakesh +0.04226 [+0.03054, +0.05363] combined +0.02493 [+0.01647, +0.03339] -> ABOVE | chip-to-chip spread chi2/dof 10.95 (dof 2) R7 echo on the idle arm, N=8 (D on - D off) [unwired] fez -0.02623 [-0.05176, -0.01049] | kingston +0.0149 [-0.005358, +0.03973] | marrakesh +0.03407 [+0.02034, +0.09797] combined -0.001939 [-0.01611, +0.01223] -> CONSISTENT | chip-to-chip spread chi2/dof 5.39 (dof 2) R7 echo on the idle arm, N=16 (D on - D off) [all] fez -0.02248 [-0.0811, +0.01405] | kingston +0.01512 [+0.0004547, +0.03035] | marrakesh +0.03984 [+0.01743, +0.05569] combined +0.02178 [+0.01034, +0.03321] -> ABOVE | chip-to-chip spread chi2/dof 3.76 (dof 2) R7 echo on the idle arm, N=16 (D on - D off) [wired] fez -0.02386 [-0.08111, +0.0157] | kingston +0.01492 [-0.006289, +0.03078] | marrakesh +0.04316 [+0.02095, +0.07513] combined +0.01959 [+0.005003, +0.03418] -> ABOVE | chip-to-chip spread chi2/dof 3.12 (dof 2) R7 echo on the idle arm, N=16 (D on - D off) [unwired] fez -0.02248 [-0.11, +0.05205] | kingston +0.02453 [-0.03647, +0.04092] | marrakesh +0.0295 [+0.01351, +0.07365] combined +0.02366 [+0.00088, +0.04645] -> ABOVE | chip-to-chip spread chi2/dof 0.70 (dof 2) TALLY readings 198: ABOVE 84, BELOW 24, CONSISTENT 83, CANNOT TELL 7