OminiaVincit

OminiaVincit's Stars

• Francis-Hsu/QuantGenMdl

  Language:Jupyter Notebook167

• Hanrui-Wang/quantum-computer-systems-lectures

  Language:Python297

• adrienbolens/reinforcement-learning-and-quantum-simulations

  Reinforcement learning applied to digital quantum simulations

  Language:Jupyter Notebook194

• eperrier/QDataSet

  QDataSet: Quantum Datasets for Machine Learning

  Language:Python9518

• chris-n-self/large-scale-qml

  Quickly process large datasets for quantum machine learning on IBM Quantum hardware by using randomised measurement.

  Language:Python111

• quantinfo/ng-rc-paper-code

  Code for the paper "Next Generation Reservoir Computing"

  Language:Python15757

• Qaqarot/qaqarot-tutorials

  Tutorials for Blueqat

  Language:Jupyter Notebook14240

• simonzhang00/ripser-plusplus

  Ripser++: GPU-accelerated computation of Vietoris–Rips persistence barcodes

  Language:C++10114

• softwareQinc/qpp

  Modern C++ quantum computing library

  Language:C++537117

• PennyLaneAI/qml

  Introductions to key concepts in quantum programming, as well as tutorials and implementations from cutting-edge quantum computing research.

  Language:Python539185

• hsim13372/QCompress-1

  Quantum Autoencoder Implementation using Forest and OpenFermion

  Language:Jupyter Notebook215

• dynamicslab/pysindy

  A package for the sparse identification of nonlinear dynamical systems from data

  Language:Python1.4k314

• RPcb/ARNN

  Language:MATLAB3817

• takyamamoto/SNN_FORCE-training

  Spiking neural network with FORCE training

  Language:Python72

• rharper2/EfficientLearningDataSet

  Contains the data used in the analysis in the paper Efficient Learning of Quantum Noise

  Language:Mathematica71

• XanaduAI/quantum-neural-networks

  This repository contains the source code used to produce the results presented in the paper "Continuous-variable quantum neural networks". Due to subsequent interface upgrades, these scripts will work only with Strawberry Fields version <= 0.10.0.

  Language:Python29986

• PennyLaneAI/pennylane

  PennyLane is a cross-platform Python library for quantum computing, quantum machine learning, and quantum chemistry. Train a quantum computer the same way as a neural network.

  Language:Python2.3k595

• eperrier/quant-geom-machine-learning

  Language:Jupyter Notebook227

• ClarkResearchGroup/cgs-vmc

  Computational graph states for variational monte carlo

  Language:Python15

• E-Renshaw/kuramoto-sivashinsky

  A simulation of the Kuramoto-Sivashinsky Equation in Python and MATLAB

  Language:Python255

• XanaduAI/quantum-learning

  This repository contains the source code used to produce the results presented in the paper "Machine learning method for state preparation and gate synthesis on photonic quantum computers".

  Language:Jupyter Notebook11336

• qulacs/quantum-native-dojo

  量子コンピュータ初学者のための自習教材

  Language:Jupyter Notebook20054

• Ripser/ripser

  Ripser: efficient computation of Vietoris–Rips persistence barcodes

  Language:C++31175

• geomdata/gda-public

  The open-source toolbox of easy-to-use topological data analysis tools, developed by GDA.

  Language:Python6211

• sumit-research/persistent-homology-link-prediction

  Language:C++1

• mariomotta/QITE

  Language:Roff378

• rachellevanger/tda-image-analysis

  TDA Image Analysis Project: Topological tools for 2D image analysis

  Language:Python6

• maoli0923/Persistent-Homology-All-Leaf

  Language:Matlab101

• maoli0923/Persistent-Homology-Tomato-Leaf-Root

  This is the code to compute persistent homology to measure tomato leaf shape, leaf serrations, and root architecture

  Language:Matlab5

• msohaibalam/xeb

  Simulating quantum supremacy benchmarking with random unitary sampling.

  Language:Jupyter Notebook171