Boson-Sampling
Boson Simulator
A Python library to simulate and analyze the behavior of Boson Sampling in quantum computing.
A library to help better understand Aaronson-Arkhipov Boson Sampling (AABS)
4 stars
3 watching
0 forks
Language: Python
last commit: over 3 years ago
Linked from 1 awesome list
quantum-computingquantum-mechanics
qosf/awesome-quantum-softwareRelated projects:
| Repository | Description | Stars |
|---|---|---|
 benoitseron/bosonsampling.jl | Tools and frameworks for simulating and analyzing quantum multi-photon interferometry experiments | 26 |
 quantumlib/openfermion | A Python library for simulating fermionic systems in quantum computers. | 1,544 |
 corbett/quantumcomputing | A Python simulator for a 5-qubit quantum computer with limited gates. | 593 |
 libtangle/qcgpu | Provides a Python-based simulator for quantum computing, leveraging hardware acceleration to enhance simulation performance. | 441 |
 nathanshammah/piqs | A Python library for simulating the dynamics of indistinguishable quantum particles in open quantum systems | 17 |
 sequencing-dev/sequencing | A Python package for simulating realistic quantum control sequences using QuTiP. | 13 |
 weinbe58/quspin | An exact diagonalization and quantum dynamics package for many-body systems | 25 |
 bbn-q/pysimulator | A Python framework for simulating quantum circuits and optimizing control pulses | 8 |
 c2qa/bosonic-qiskit | An extension of Qiskit to simulate hybrid boson-qubit systems within quantum computing frameworks | 52 |
 jacobmarks/qtop | A software framework for simulating and visualizing topological quantum codes | 34 |
 thephoeron/black-stone | A software implementation of a quantum programming language and simulator | 67 |
 artiste-qb-net/qubiter | A Python-based suite of tools for designing and simulating quantum circuits on classical computers. | 121 |
 grey-area/qcircuits | A Python package for simulating small-scale quantum computers using the quantum circuit model. | 58 |
 scqubits/scqubits | A Python library for simulating and analyzing superconducting qubits in quantum computing. | 234 |
 projectq-framework/fermilib | Analyzes fermionic quantum simulation algorithms to simplify and understand their behavior | 87 |