The following noise parameters should be added to the NoiseModel and appropriately (de)serialized:
dmm_sigma: float - Same as amp_sigma (i.e. a multiplicative deviation) but applied specifically to the DMM detuning
dmm_spot_waist: float - The waist of each gaussian addressability spot, in µm.
detuning_map_weight_mean_err: float- The mean deviation in detuning map weights. Used to include effects from a systematic miscalibration.
detuning_map_weight_sigma: float - The std of the relative error in detuning map weights.
detuning_map_pos_offset: tuple[float, float] - A constant offset (in x and y) of the detuning map wrt to the atoms, in µm.
detuning_map_pos_sigma: float - The std of the position deviations in the detuning map, in µm (Q: does it make sense to distinguish between x and y?).
These should be grouped in the following new noisy types (up to debate):
detuning_map_weight: ..._mean_err + ..._sigma
detuning_map_pos: ..._offset + ..._sigma
dmm_sigma: dmm_sigma
dmm_crosstalk: dmm_spot_waist
The following noise parameters should be added to the
NoiseModeland appropriately (de)serialized:dmm_sigma: float- Same asamp_sigma(i.e. a multiplicative deviation) but applied specifically to theDMMdetuningdmm_spot_waist: float- The waist of each gaussian addressability spot, in µm.detuning_map_weight_mean_err: float- The mean deviation in detuning map weights. Used to include effects from a systematic miscalibration.detuning_map_weight_sigma: float- The std of the relative error in detuning map weights.detuning_map_pos_offset: tuple[float, float]- A constant offset (in x and y) of the detuning map wrt to the atoms, in µm.detuning_map_pos_sigma: float- The std of the position deviations in the detuning map, in µm (Q: does it make sense to distinguish between x and y?).These should be grouped in the following new noisy types (up to debate):
detuning_map_weight:..._mean_err+..._sigmadetuning_map_pos:..._offset+..._sigmadmm_sigma:dmm_sigmadmm_crosstalk:dmm_spot_waist