ERINC181

ERINC181's Stars

• KindXiaoming/pykan

  Kolmogorov Arnold Networks

  Language:Jupyter Notebook14.7k1103901.4k

• mohuangrui/ucasthesis

  LaTeX Thesis Template for the University of Chinese Academy of Sciences

  Language:TeX3.4k68429926

• google-deepmind/optax

  Optax is a gradient processing and optimization library for JAX.

  Language:Python1.6k34243181

• blaisewang/img2latex-mathpix

  Mathpix has changed their billing policy and no longer has free monthly API requests. This repo is now archived and will not receive any updates for the foreseeable future.

  Language:Java1.4k2569208

• jhauschild/WinterschoolBarcelona2021

  Introduction to DMRG, TDVP and TeNPy

  Language:Jupyter Notebook17302

• jhauschild/SchoolPadua2024

  Tutorials to Tensor Network Toycodes and TeNPy with toycodes

  Language:Jupyter Notebook115

• ITensor/ITensorCorrelators.jl

  Language:Julia9412

• PieterWClaeys/DualUnitaryCircuits

  Construct dual-unitary gates with arbitrary local Hilbert space dimension and calculate correlations.

  Language:Jupyter Notebook8104

• hsinyuan-huang/certify-quantum-states

  This project contains the code and data accompanying our paper "Certifying almost all quantum states with few single-qubit measurements".

  Language:C++6100

• gecrooks/qf-diamond-norm

  The diamond norm between two completely positive trace-preserving (CPTP) superoperators

  Language:Python5101

• teng10/tn-shadow-qst

  Language:Jupyter Notebook51

• hongyehu/Fermionic.jl

  Toolkit for fermonic simulations and fermionic quantum computation in Julia.

  Language:Julia4000

• mgbukov/RL_disentangle

  Language:Python4400

• makskliczkowski/Transverse_Ising_ETH

  Transverse Ising ED model for testing the ergodic properties of the system

  Language:C++3100

• Rafal-Swietek/Heisenberg1D

  Program for a 1D anisotropic Heisenberg chain with function for caluculating the dynamical spin structure factor, heat capacity and convergence and similar quantities using Lanczos algorithm

  Language:C++3100

• takuoku/integrable-trotterization

  Data and codes associated with the paper "Conserved charges in the quantum simulation of integrable spin chains"

  Language:Mathematica3200

• christianbertoni/shallow-shadows

  Language:Python2100

• kn-code/RealTimeTransport

  Real-time simulation of quantum transport processes

  Language:C++2

• WeiguoMa/ShadowPyExpect

  ShadowPyExpect is a framework for classical shadow computation, seamlessly integrating Python and C++ to perform high-performance expectation calculations.

  Language:Python2

• AlejandroSopena/Algebraic-Bethe-Circuits

  Language:Python1100

• AlejandroSopena/The-Bethe-Ansatz-as-a-Quantum-Circuit

  Language:Python1100

• ebjones424/qca_nat_comms

  This repository holds code used to generate results for the publication "Small-world complex network generation on a digital quantum processor"."

  Language:Python11

• ERINC181/prethermal

  Bingtian's project

  Language:Python1000

• GTorlai/Entanglement_TFIM

  Entanglement calculations for free fermions

  Language:C++120

• mgbukov/prethermal

  Bingtian's project

  Language:Python1201

• mgbukov/RL_quantum

  Language:Jupyter Notebook10

• Rafal-Swietek/QHamSolver

  C++ heavily templated code for single- and many-body hamiltonians with inbuilt chaotic indicators, spectral functions and many more. The algebra is based on the ARMADILLO C++ package.

  Language:C++1100

• Shawnger/ETH_expander

  Numerics for "Fast Thermalization from the Eigenstate Thermalization Hypothesis" by Chi-Fang Chen and Fernando Brandao. This code tests the expander properties at nearby energies of a chaotic spin chain. We can diagonalize the Hamiltonian and compute the gap of the Lindbladian, up to ~ 12 qubits.

  Language:Jupyter Notebook11

• smorawetz/CD-extra-controls

  Language:Python11

• yuxuanzhang1995/Peaked-circuits

  Example codes for finding peaked circuits

  Language:Jupyter Notebook1100