QuSpin
Many-body simulator
An exact diagonalization and quantum dynamics package for many-body systems
A python wrapper for doing ED calculations on many-body systems
25 stars
0 watching
6 forks
Language: Python
last commit: almost 2 years ago
Linked from 1 awesome list
qosf/awesome-quantum-softwareRelated projects:
| Repository | Description | Stars |
|---|---|---|
 adamisntdead/qusimpy | A Python module simulating the behavior of quantum computers using linear algebra | 720 |
 quantum-visualizations/qmsolve | A Python module for solving and visualizing the Schrödinger equation in quantum mechanics | 904 |
 quantumlib/openfermion | A Python library for simulating fermionic systems in quantum computers. | 1,526 |
 bbn-q/qsimulator.jl | Software package for simulating the dynamics of quantum systems in general | 27 |
 corbett/quantumcomputing | A Python simulator for a 5-qubit quantum computer with limited gates. | 589 |
 qutip/qutip | A software framework for simulating the dynamics of quantum systems | 1,711 |
 sequencing-dev/sequencing | A Python package for simulating realistic quantum control sequences using QuTiP. | 13 |
 tqsd/qunetsim | A framework for simulating quantum networks and testing quantum protocols. | 118 |
 tiago939/quforge | A Python-based simulator for quantum systems composed of qudits | 11 |
 jcmgray/quimb | A Python library for performing 'quantum information many-body' calculations using tensor networks. | 499 |
 netket/netket | Delivers methods for studying many-body quantum systems with machine learning and neural networks | 548 |
 libtangle/qcgpu | Provides a Python-based simulator for quantum computing, leveraging hardware acceleration to enhance simulation performance. | 439 |
 nathanshammah/piqs | A Python library for simulating the dynamics of indistinguishable quantum particles in open quantum systems | 17 |
 artiste-qb-net/qubiter | A Python-based suite of tools for designing and simulating quantum circuits on classical computers. | 121 |
 usccacs/mistiqs | Software for generating, compiling, and executing quantum circuits to simulate quantum many-body dynamics of systems governed by Heisenberg Hamiltonians. | 17 |