qml

Molecule representation library

A toolkit for representing and learning properties of molecules and solids using quantum machine learning concepts

QML: Quantum Machine Learning

Archived

GitHub

199 stars
23 watching
85 forks
Language: Python
last commit: almost 2 years ago
Linked from 2 awesome lists


Backlinks from these awesome lists:

Related projects:

RepositoryDescriptionStars
quantum-visualizations/qmsolveA Python module for solving and visualizing the Schrödinger equation in quantum mechanics946
bbn-q/qglA Python-based language for specifying and executing quantum gate sequences31
qaqarot/qaqarotA comprehensive quantum computing library for programming and simulating quantum systems.374
jcmgray/quimbA Python library for performing 'quantum information many-body' calculations using tensor networks.503
quil-lang/qvmA high-performance simulator for quantum computing instructions417
qmuntal/statelessA Go library for creating finite state machines directly in code981
zjulearning/graph_level_drug_discoveryA Python project that uses machine learning to improve the representation of molecules in drug discovery60
lukasturcani/stkA Python library for designing and manipulating molecules, including automatic design and creation of databases.252
dabacon/qselA programming language that uses entanglement and superposition to describe quantum computations40
quantumliu/matdlA lightweight MATLAB deeplearning toolbox for efficient neural network training and prediction.54
eperrier/qdatasetA collection of 52 machine learning datasets for simulating quantum systems with noise and controls.99
libtangle/qcgpuProvides a Python-based simulator for quantum computing, leveraging hardware acceleration to enhance simulation performance.441
jpzwolak/qflow-suiteA machine learning framework for training models on quantum dot data40
rchamberlin/qmlstatemachineA Qt project demonstrating how to use a C++ state machine with QML for UI14
pyriemann/pyriemann-qiskitThis library provides tools and classes to interface with Qiskit for machine learning and quantum programming using Riemannian geometry.23