SIMS PARAMS.txt

SIMS PARAMS

## Unitary + Loss
# Spiral 10 Steps
SIM_STEPS = 10
SHOTS = 8192

gain_amp = 0.1
loss_amp = 1
m = min(loss_amp, gain_amp)

detuning = 10 * 3 * m
signal_strength = 10 * 2 * m
dt = (np.logspace(0.1, 0.7, SIM_STEPS, endpoint=True)) / 10

# Spiral 4 Steps
gain_amp = 0.1
loss_amp = 1
m = min(loss_amp, gain_amp)

detuning = 8 * 3 * m
signal_strength = 8 * 2 * m

dt = 0.4

## Unitary


## U + L + G

# Simulation Steps
SIM_STEPS = 10
SHOTS = 8192

gain_amp = 0.1
loss_amp = 1
m = min(loss_amp, gain_amp)

detuning = 8 * 3 * m
signal_strength = 8 * 2 * m
dt = (np.logspace(0.4, 0.8, SIM_STEPS, endpoint=True)) / 10

# ULG 12 Steps

SIM_STEPS = 12
SHOTS = 8192

# Qubits of physical device to use
# Ordered from zero
main = 3
ancilla = 4

gain_amp = 0.1
loss_amp = 1
m = min(loss_amp, gain_amp)

detuning = 8 * 3 * m
signal_strength = 8 * 2 * m
# dt = 0.1
dt = (np.logspace(0.1, 0.7, SIM_STEPS, endpoint=True)) / 10