ibm_boston NOTHING_RETURNED yet
ibm_fez        L=1.660 us  [declared cut |s_D|>=1 deg/step] n=104
   R0 = 1.1863  68% [1.1084, 1.2165]  95% [1.0869, 1.2569]  -> ABOVE vs 1   extra time per measurement dT = +309.3 ns
   R1 = 1.3622  95% [1.2493, 1.4527]    R1-R0 = +0.1053  95% [+0.0167, +0.1898] -> ABOVE vs 0
ibm_fez        L=1.660 us  [no cut] n=117
   R0 = 1.1890  68% [1.1109, 1.2415]  95% [1.0851, 1.2674]  -> ABOVE vs 1   extra time per measurement dT = +313.7 ns
   R1 = 1.3688  95% [1.2542, 1.4985]    R1-R0 = +0.1133  95% [+0.0167, +0.2205] -> ABOVE vs 0
ibm_kingston   L=2.180 us  [declared cut |s_D|>=1 deg/step] n=110
   R0 = 1.2035  68% [1.1689, 1.2726]  95% [1.1062, 1.3428]  -> ABOVE vs 1   extra time per measurement dT = +443.6 ns
   R1 = 1.4173  95% [1.2556, 1.6142]    R1-R0 = +0.1526  95% [+0.0246, +0.3572] -> ABOVE vs 0
ibm_kingston   L=2.180 us  [no cut] n=117
   R0 = 1.2102  68% [1.1700, 1.2751]  95% [1.1431, 1.3514]  -> ABOVE vs 1   extra time per measurement dT = +458.3 ns
   R1 = 1.4214  95% [1.2556, 1.6914]    R1-R0 = +0.1551  95% [+0.0321, +0.3600] -> ABOVE vs 0
ibm_marrakesh  L=2.684 us  [declared cut |s_D|>=1 deg/step] n=107
   R0 = 1.1658  68% [1.0890, 1.2105]  95% [1.0200, 1.2566]  -> ABOVE vs 1   extra time per measurement dT = +445.0 ns
   R1 = 1.0939  95% [0.8784, 1.4412]    R1-R0 = -0.0027  95% [-0.0821, +0.1873] -> CONSISTENT vs 0
ibm_marrakesh  L=2.684 us  [no cut] n=117
   R0 = 1.1658  68% [1.0890, 1.2105]  95% [1.0200, 1.2566]  -> ABOVE vs 1   extra time per measurement dT = +445.0 ns
   R1 = 1.0939  95% [0.8600, 1.4414]    R1-R0 = +0.0501  95% [-0.0750, +0.1945] -> CONSISTENT vs 0
ibm_pittsburgh L=2.180 us  [declared cut |s_D|>=1 deg/step] n=105
   R0 = 1.2017  68% [1.1429, 1.2464]  95% [1.1346, 1.2753]  -> ABOVE vs 1   extra time per measurement dT = +439.8 ns
   R1 = 1.4952  95% [1.3505, 1.6958]    R1-R0 = +0.2358  95% [+0.0780, +0.3934] -> ABOVE vs 0
ibm_pittsburgh L=2.180 us  [no cut] n=117
   R0 = 1.1900  68% [1.1419, 1.2328]  95% [1.1276, 1.2721]  -> ABOVE vs 1   extra time per measurement dT = +414.1 ns
   R1 = 1.4724  95% [1.3228, 1.6330]    R1-R0 = +0.2215  95% [+0.0754, +0.3934] -> ABOVE vs 0

Across readout lengths (reading 3): chip, L, R0, dT ns
   ibm_fez        1.660 us  R0 1.1863  dT +309.3 ns
   ibm_kingston   2.180 us  R0 1.2035  dT +443.6 ns
   ibm_marrakesh  2.684 us  R0 1.1658  dT +445.0 ns
   ibm_pittsburgh 2.180 us  R0 1.2017  dT +439.8 ns