FermiLib
Algorithm analyzer
Analyzes fermionic quantum simulation algorithms to simplify and understand their behavior
FermiLib: Open source software for analyzing fermionic quantum simulation algorithms
87 stars
26 watching
39 forks
Language: Python
last commit: over 8 years agoLinked from 1 awesome list
Related projects:
| Repository | Description | Stars |
|---|---|---|
| A Python library for simulating fermionic systems in quantum computers. | 1,544 | |
| A framework that enables developers to write and execute quantum programs using a high-level syntax and targets various types of quantum computing hardware. | 896 | |
| A high-performance tool for simulating and analyzing quantum stabilizer circuits. | 367 | |
| A Coq library for reasoning about quantum programs | 33 | |
| Provides a Python-based simulator for quantum computing, leveraging hardware acceleration to enhance simulation performance. | 441 | |
| A Python framework for simulating and controlling photonic quantum computers | 157 | |
| A Python package for simulating realistic quantum control sequences using QuTiP. | 13 | |
| An app for modeling and analyzing quantum systems graphically using Bayesian networks. | 79 | |
| A Python-based suite of tools for designing and simulating quantum circuits on classical computers. | 121 | |
| A software framework for simulating and analyzing quantum circuits and algorithms in Swift. | 45 | |
| A comprehensive quantum computing library for programming and simulating quantum systems. | 374 | |
| A toolkit for developing and optimizing quantum algorithms using Python | 96 | |
| A modern C++ library for simulating arbitrary quantum processes | 549 | |
| A Python library for simulating the dynamics of indistinguishable quantum particles in open quantum systems | 17 | |
| An abstraction framework for quantum algorithms, enabling the formulation, combination, and optimization of generalized objectives. | 370 |