jl939

jl939's Stars

• Darkdragon84/BetheSolvers

  Matlab implementation of thermodynamic limit (coordinate) Bethe ansatz solvers for ground states and elementary excitations for i) the XXZ model and ii) the Fermi Hubbard model

  Language:Matlab41

• g1257/BetheAnsatz

  Bethe Ansatz for models of strongly correlated electrons, such as the Hubbard model

  Language:C++31

• Jutho/TensorKit.jl

  A Julia package for large-scale tensor computations, with a hint of category theory

  Language:Julia22641

• jgwright1986/DiracQ

  The DiracQ Mathematica package and associated files.

  Language:Mathematica82

• inechita/IFCAM-Summer-School-2022

  Material for the 5 lectures on "Mathematics of quantum entanglement" given at the school

  Language:Jupyter Notebook1

• jrjohansson/qutip-lectures

  Lectures on QuTiP: slides and ipython notebooks

  Language:Jupyter Notebook300209

• wangleiphy/SpinlesstV-LCT-INT

  Efficient continuous-time quantum Monte Carlo method for spinless fermions

  Language:Python87

• EverettYou/Mathematica-for-physics

  Mathematica Packages for Physicists

  Language:Mathematica16340

• hongyehu/PyClifford

  An intuitive programming package for simulating and analyzing Clifford circuits, quantum measurement, and stabilizer states with applications to many-body localization, classical shadows, quantum chemistry and error correction code.

  Language:Jupyter Notebook7215

• jcmgray/quimb

  A python library for quantum information and many-body calculations including tensor networks.

  Language:Python491109

• inechita/Introduction-to-Quantum-Entanglement-2020

  Material for the doctoral course "Introduction to Quantum Entanglement", LPT, Universite Toulouse 3, 2020

  Language:Jupyter Notebook14

• AustenLamacraft/ruc

  Simulations of random unitary circuits using CPTP maps

  Language:Jupyter Notebook41

• mferrero/les_houches_2021

  Binder for les Houches school

  Language:HTML3

• jrjohansson/reproduced-papers

  A collection of IPython notebooks with reproduced numerical results of some interesting papers.

  3217

• jhauschild/WinterschoolBarcelona2021

  Introduction to DMRG, TDVP and TeNPy

  Language:Jupyter Notebook172

• xcao-phys/sft-td

  Exercise class (TD) material for the course "Statistical Field Theory", ENS-ICFP Master program.

  Language:Jupyter Notebook51

• jhauschild/lecture_comp_methods

  Tutorials for the lecture "Computational Methods in Many-Body Physics"

  Language:Jupyter Notebook638

• brucejunlee/Scientific_Computing

  Language:Jupyter Notebook11

• whaley-group-berkeley/qspectra

  Quantum simulations of nonlinear spectroscopy and dynamics for molecular aggregates

  Language:Python167

• 4kasha/misc_phys

  Wolfram Engine, Dynamical systems, Lyapunov, Quantum Chaos, Level-spacing

  Language:Jupyter Notebook53

• RMT-TheoryAndPractice/RMT

  Language:Matlab11036

• brucejunlee/RMT_Theory_Applications

  some important properties on random matrix theory and its applications in multiple areas

  Language:Jupyter Notebook10625

• yangycpku/macro_ML

  Course Website on Macroeconomic Analysis with Machine Learning and Big Data

  11353

• emptymalei/WhyMathematica

  [DEPRECATED]:computer: started as Mathematica tutorials/evolved into a messy collection of Mathematica scripts; Mathematica 简易教程/一个乱七八糟的放 notebook 的地方

  Language:Mathematica8643

• dkirkby/quantum-demo

  Demonstration material for undergraduate quantum mechanics

  Language:Mathematica34

• i-pi/i-pi

  i-PI: a universal force engine

  Language:Python224116

• Roger-luo/TutorialForPhysicists.jl

  A Tutorial to Julia Language for Physicists

  Language:Jupyter Notebook566