Qlab.jl
Lab tools
Tools for data manipulation and analysis in quantum computing experiments
Generic lab tools in Julia
12 stars
9 watching
7 forks
Language: Julia
last commit: almost 5 years agoLinked from 1 awesome list
julia-language
qosf/awesome-quantum-softwareRelated projects:
| Repository | Description | Stars |
|---|---|---|
| bbn-q/qsimulator.jl | Software package for simulating the dynamics of quantum systems in general | 27 |
| bbn-q/qgl.jl | A high-performance compiler for quantum gate sequences | 13 |
| bbn-q/quantuminfo.jl | A Julia package providing functions for common calculations in quantum information processing. | 17 |
| bbn-q/cliffords.jl | Efficient calculation of Clifford circuits in Julia using tableau representation and inverse operations. | 45 |
 benoitseron/bosonsampling.jl | Tools and frameworks for simulating and analyzing quantum multi-photon interferometry experiments | 26 |
| bbn-q/quantumtomography.jl | A package to perform quantum state tomography and process estimation using mathematical optimization techniques | 31 |
| bbn-q/qlab | A software framework for controlling and measuring superconducting qubits in a quantum computing system. | 37 |
| bbn-q/qgl | A Python-based language for specifying and executing quantum gate sequences | 31 |
| bbn-q/randomquantum.jl | A Julia package for generating random quantum states and processes from various natural distributions. | 12 |
| bbn-q/pyqgl2 | A Python-based language and compiler for programming quantum computers directly at the physical layer. | 9 |
 juliaquant/markettechnicals.jl | Tools and algorithms for analyzing financial market data | 127 |
 cstjean/scikitlearn.jl | A Julia implementation of popular machine learning algorithms and interfaces. | 547 |
 harshangrjn/quantumcircuitopt.jl | Tools for designing efficient quantum circuits using mathematical optimization algorithms | 57 |
 quantumbfs/yao.jl | A framework for designing and implementing quantum algorithms | 940 |
 quantumai-lib/nisqai | A toolkit for building quantum neural networks on near-term quantum computers. | 40 |