mrmustard.lab

• mrmustard.lab.abstract

The lab module is all you need to construct and simulate photonic circuits. It contains the items you’d find in a lab:

• states (Vacuum, Coherent, SqueezedVacuum, Thermal, etc.)

• transformations (Sgate, BSgate, LossChannel, etc.)

• detectors (PNRDetector, Homodyne, etc.)

• the Circuit class

Classes

AdditiveNoise([noise, noise_trainable, ...])	The additive noise channel.
Amplifier([gain, nbar, gain_trainable, ...])	The noisy amplifier channel.
Attenuator([transmissivity, nbar, ...])	The noisy attenuator channel.
BSgate([theta, phi, theta_trainable, ...])	Beam splitter gate.
CXgate([s, s_trainable, s_bounds, modes])	Controlled X gate.
CZgate([s, s_trainable, s_bounds, modes])	Controlled Z gate.
Circuit([ops])	Represents a quantum circuit: a set of operations to be applied on quantum states.
Coherent([x, y, x_trainable, y_trainable, ...])	The N-mode coherent state.
Dgate([x, y, x_trainable, y_trainable, ...])	Displacement gate.
DisplacedSqueezed([r, phi, x, y, ...])	The N-mode displaced squeezed state.
Fock(n[, modes, cutoffs, normalize])	The N-mode Fock state.
Gaussian(num_modes[, symplectic, ...])	The N-mode Gaussian state parametrized by a symplectic matrix and N symplectic eigenvalues.
Generaldyne(state[, outcome, modes])	Generaldyne measurement on given modes.
Ggate(num_modes[, symplectic, ...])	A generic N-mode Gaussian unitary transformation with zero displacement.
Heterodyne([x, y, modes])	Heterodyne measurement on given modes.
Homodyne(quadrature_angle[, result, modes, r])	Homodyne measurement on given modes.
Interferometer(num_modes[, unitary, ...])	N-mode interferometer.
MZgate([phi_a, phi_b, phi_a_trainable, ...])	Mach-Zehnder gate.
PNRDetector([efficiency, dark_counts, ...])	Photon Number Resolving detector.
Pgate([shearing, shearing_trainable, ...])	Quadratic phase gate.
PhaseNoise([phase_stdev, ...])	The phase noise channel.
RealInterferometer(num_modes[, orthogonal, ...])	N-mode interferometer parametrized by an NxN orthogonal matrix (or 2N x 2N block-diagonal orthogonal matrix).
Rgate([angle, angle_trainable, ...])	Rotation gate.
S2gate([r, phi, r_trainable, phi_trainable, ...])	Two-mode squeezing gate.
Sgate([r, phi, r_trainable, phi_trainable, ...])	Squeezing gate.
SqueezedVacuum([r, phi, r_trainable, ...])	The N-mode squeezed vacuum state.
State([cov, means, eigenvalues, symplectic, ...])	Base class for quantum states.
TMSV([r, phi, r_trainable, phi_trainable, ...])	The 2-mode squeezed vacuum state.
Thermal([nbar, nbar_trainable, nbar_bounds, ...])	The N-mode thermal state.
ThresholdDetector([efficiency, ...])	Threshold detector: any Fock component other than vacuum counts toward a click in the detector.
Vacuum(num_modes)	The N-mode vacuum state.

Class Inheritance Diagram

code/lab

 

Download Python script

 

Download Notebook

 

View on GitHub