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    • Decompositions and approximations of linear optical unitaries.
      Python
      0711Updated Feb 10, 2026Feb 10, 2026
    • polyquantique.github.io

      Public
      Minima is a one-size-fits-all Jekyll theme for writers.
      SCSS
      3.8k100Updated Feb 4, 2026Feb 4, 2026
    • Repo for calculating properties of squeezed light from waveguided sources.
      Jupyter Notebook
      2901Updated Jan 27, 2026Jan 27, 2026
    • haarpy

      Public
      Haarpy, a Python library for Weingarten calculus and integration of classical compact groups and ensembles
      Python
      0530Updated Jan 12, 2026Jan 12, 2026
    • QDecomp

      Public
      QDecomp is a standalone software package to perform multiple decompositions of single-qubit and two-qubit quantum gates using the Clifford+T universal subset.
      Python
      0471Updated Dec 17, 2025Dec 17, 2025
    • Neurolibre-Photon-Number-Classification

      Public
      Neurolibre format for "Nonlinear Dimensionality Reduction for Enhanced Unsupervised Classification in Transition Edge Sensors``
      Jupyter Notebook
      1010Updated Dec 16, 2025Dec 16, 2025
    • Python
      0000Updated Oct 23, 2025Oct 23, 2025
    • Optimal Waveforms for Dipole Moment Estimation Using Coherent States
      Jupyter Notebook
      0300Updated Sep 26, 2025Sep 26, 2025
    • Numerics for "Strategies for generating separable photon triplets in waveguides and ring resonators"
      Jupyter Notebook
      1300Updated Jun 30, 2025Jun 30, 2025
    • Comparison of different algorithms for the classification of transition edge sensor signals.
      Jupyter Notebook
      0401Updated Jun 9, 2025Jun 9, 2025
    • Jupyter Notebook
      0000Updated Dec 9, 2024Dec 9, 2024
    • Interactive code to visualize the change in refractive index and rotation of the principal axis when an electric field is applied to second order nonlinear mate…
      Jupyter Notebook
      1100Updated Nov 14, 2024Nov 14, 2024
    • Repository contaninig benchamrking of moments calculations using auto. diff. and hafnians
      Jupyter Notebook
      1000Updated Oct 24, 2024Oct 24, 2024
    • Optimization of pump amplitudes
      Jupyter Notebook
      0000Updated Sep 17, 2024Sep 17, 2024
    • Code used to obtain the results in the paper "Linear cross-entropy certification of quantum advantage in Gaussian Boson Sampling"."
      Python
      0000Updated Aug 14, 2024Aug 14, 2024
    • Python
      0010Updated Aug 14, 2024Aug 14, 2024
    • Code for Beyond the parametric approximation: pump depletion, entanglement and squeezing in macroscopic down-conversion
      Jupyter Notebook
      0400Updated Jun 3, 2024Jun 3, 2024
    • Python
      1000Updated May 20, 2024May 20, 2024
    • Julia library to perform matrix decompositions of Symplectic matrices
      Julia
      0610Updated Mar 11, 2024Mar 11, 2024
    • Julia implementation of the functions torontonian and threshold detection probabilities (without displacement).
      Jupyter Notebook
      0200Updated Mar 11, 2024Mar 11, 2024
    • Mathematica
      2100Updated Feb 17, 2024Feb 17, 2024
    • Instructions to download data used in the validation of the Jiuzhang 1.0 and 2.0 experiments
      Jupyter Notebook
      0000Updated Nov 29, 2023Nov 29, 2023
    • thewalrus

      Public
      A library for the calculation of hafnians, Hermite polynomials and Gaussian boson sampling.
      Python
      63001Updated Sep 22, 2023Sep 22, 2023
    • Symbolic moments of the photon-number distribution of a Gaussian state
      Jupyter Notebook
      1020Updated Jun 11, 2023Jun 11, 2023
    • Perceval

      Public
      An open source framework for programming photonic quantum computers
      Python
      80100Updated May 23, 2023May 23, 2023
    • Strawberry Fields is a full-stack Python library for designing, simulating, and optimizing continuous variable (CV) quantum optical circuits.
      Python
      221000Updated May 9, 2023May 9, 2023
    • MrMustard

      Public
      A differentiable bridge between phase space and Fock space
      Python
      30000Updated Feb 9, 2023Feb 9, 2023
    • Code to generate custom nonlinarity profiles
      Jupyter Notebook
      0100Updated Jul 7, 2022Jul 7, 2022
    • An example showing how to use Mr Mustard for finding optimal circuits for non-Gaussian state generation
      Jupyter Notebook
      0000Updated Dec 16, 2021Dec 16, 2021
    • A quantum computing package for Mathematica
      Mathematica
      9000Updated Sep 7, 2018Sep 7, 2018