owaisishtiaqsiddiqui

owaisishtiaqsiddiqui's Stars

• OpenCircuits/OpenCircuits

  A free, open source, online digital circuit/logic designer.

  Language:TypeScript3171565579

• tencent-quantum-lab/tensorcircuit

  Tensor network based quantum software framework for the NISQ era

  Language:Python28576580

• stevenang/randomness_testsuite

  This is a Python implementation of NIST's A Statistical Test Suite for Random and Pseudorandom Number Generators for Cryptographic Applications

  Language:E16461956

• QuantumSavory/QuantumClifford.jl

  Clifford circuits, graph states, and other quantum Stabilizer formalism tools.

  Language:Julia127815549

• paulmillr/noble-post-quantum

  Auditable & minimal JS implementation of public-key post-quantum cryptography

  Language:TypeScript119988

• rgeirhos/academic-cv-publications

  Generate a customised list of publications for your LaTeX CV using BibTeX entries.

  Language:TeX973116

• OpenBioSim/biosimspace

  An interoperable Python framework for biomolecular simulation.

  Language:Python89814515

• diracq/qdhmc

  Quantum Dynamical Hamiltonian Monte Carlo

  Language:Jupyter Notebook34093

• hongyehu/Machine_Learning_Quantum_State_Tomography

  An **unofficial** pytorch implementation of using generative models to do quantum state tomography with POVM measurements.

  Language:Python33107

• brunorijsman/cascade-python

  Python implementation of Cascade information reconciliation protocol for Quantum Key Distribution

  Language:Python20119

• pafloxy/quMCMC

  Repository for development of end-to-end quantum enhanced Markov Chain Monte Carlo implementation

  Language:Jupyter Notebook15403

• Arif-PhyChem/MLQD

  MLQD is a Python Package for Machine Learning-based Quantum Dissipative Dynamics

  Language:Jupyter Notebook14204

• MesoscienceLab/mesohops

  This is a package developed in the Mesoscience Lab to perform Hierarchy of Pure State (HOPS) calculations using an adaptive basis that provides size-invariant scaling for large systems.

  Language:Python14415

• slohani-ai/machine-learning-for-physical-sciences

  AI assisted Quantum technologies

  Language:Jupyter Notebook12205

• IgorBrandao42/Gaussian-Quantum-Information-Numerical-Toolbox-matlab

  Numerical toolbox in MATLAB for Gaussian Quantum Information and time evolution of gaussian states through quantum Langevin and Lyapunov equations

  Language:MATLAB10203

• netket/netket_fidelity

  Projected time-dependent Variational Monte Carlo (p-tVMC) method based on infidelity optimization for variational simulation of quantum dynamics.

  Language:Python10327

• cheaps10/pygwpd

  A python package for Gaussian wave packet dynamics

  Language:Jupyter Notebook9313

• Arif-PhyChem/Quantum_dissipative_dynamics_with_kernel_methods

  Speeding up quantum dissipative dynamics of open systems with kernel methods

  Language:Shell4000

• ryuikaneko/lindblad_free_fermion

  Language:Python4101

• owaisishtiaqsiddiqui/QxQ-23-24-Course-Solutions

  These solutions are part of qxq course semester 1& 2 (2023-2024) session.

  Language:Jupyter Notebook3101

• michelbarbeau/symplectic

  Symplectic Algorithm in MATLAB

  2101

• wdlang/bloch_state_quench_dynamics

  Matlab codes used to generate the figures in the paper 'Sudden jumps and plateaus in the quench dynamics of a Bloch state', EPL 116, 10008 (2016)

  Language:MATLAB2100

• wdlang/cusps_quench_dynamics

  Matlab codes used to generate the figures in the paper 'Cusps in the quench dynamics of a Bloch state', EPL 114, 60001 (2016)

  Language:MATLAB2100

• owaisishtiaqsiddiqui/2024_IonQ_Remote

  IonQ iQuHACK 2024 Remote Challenge

  Language:Jupyter Notebook1000

• owaisishtiaqsiddiqui/Digital-Signal-Processing

  Digital Signal Processing relates to various techniques for improving the accuracy and reliability of digital communications. This involves multiple mathematical operations such as compression, decompression, filtering and equalization and modulation/ demodulation to generate a signal of better quality.

  Language:Jupyter Notebook1100

• owaisishtiaqsiddiqui/Evaluating-expectation-values-in-Qiskit

  This repository defines the qiskit expectation implementation method. Also from theoretical to practical implementation has also been discussed.

  Language:Jupyter Notebook1110

• owaisishtiaqsiddiqui/QOSF

  The following repsository is solely created for QOSF

  Language:Jupyter Notebook1100

• owaisishtiaqsiddiqui/quera-education

  Language:Jupyter Notebook1000

• wdlang/fermi_golden_rule

  Matlab codes used to generate the figures in the paper 'Fermi's golden rule: its derivation and breakdown by an ideal model', Eur. J. Phys. 37 065406 (2016)

  Language:MATLAB1100

• wdlang/fermi_sea_local_driving

  Matlab codes used to generate the figures in the paper 'Nonsmooth and level-resolved dynamics illustrated with the tight binding model', arXiv:1404.4280

  Language:MATLAB1100