Alternatives and similar repositories for py3nj

Users that are interested in py3nj are comparing it to the libraries listed below

• y1xiaoc / fwdlap
  Forward mode laplacian implemented in JAX tracer
  ☆29Updated 3 months ago
• moble / spherical
  Evaluate and transform D matrices, 3-j symbols, and (scalar or spin-weighted) spherical harmonics
  ☆47Updated 2 months ago
• BoothGroup / GPSKet
  GPS plugin for NetKet (www.netket.org), introducing new models, optimizers and Fermionic functionality.
  ☆16Updated 3 months ago
• niklasschmitz / ad-kernels
  Code for the paper "Algorithmic Differentiation for Automatized Modelling of Machine Learned Force Fields"
  ☆12Updated last year
• EverettYou / AutoregressiveStatMech
  Autoregressive model for solving statistical mechanics problems
  ☆11Updated 4 years ago
• f0uriest / orthax
  Orthogonal polynomials with JAX
  ☆22Updated this week
• buwantaiji / FermiFlow
  Ab-initio simulation of interacting fermions with equivariant normalizing flow.
  ☆34Updated 2 years ago
• moble / spherical_functions
  Python/numba package for evaluating Wigner D matrices and spin-weighted spherical harmonics
  ☆55Updated last month
• jeffminlin / vmcnet
  Flexible, general-purpose VMC framework, built on JAX.
  ☆26Updated last month
• li012589 / neuralCT
  Pytorch implement of the paper Neural Canonical Transformation with Symplectic Flows
  ☆29Updated 5 years ago
• refraction-ray / admc
  Infinite order automatic differentiation for Monte Carlo with unnormalized probability distribution
  ☆23Updated 2 years ago
• CRC183-summer-school / school_2021
  This is the repository for the CRC 183 summer school "Machine Learning in Condensed Matter Physics".
  ☆28Updated 3 years ago
• fermiflow / hydrogen
  variational free-energy of dense hydrogen
  ☆12Updated last year
• GiggleLiu / ScientificComputingForPhysicists
  A scientific computing book for physicists, with Julia programming language
  ☆17Updated 4 months ago
• mfherbst / 2022-rwth-julia-workshop
  Material for the RWTH Julia workshop on 17th and 18th February 2022
  ☆22Updated 2 years ago
• NonequilibriumDynamics / KadanoffBaym.jl
  Adaptive numerical solution of Kadanoff-Baym equations
  ☆28Updated last year
• mfherbst / juliacon_dft_workshop
  A mathematical look on density-functional theory and DFTK
  ☆34Updated 3 years ago
• lukasheinrich / pyhep2020-autodiff-tutorial
  ☆31Updated 4 years ago
• GiggleLiu / WuLiXueBao
  WuLiXueBao magazine article - automatic differentiation.
  ☆15Updated 3 years ago
• fjosw / pyerrors
  Error propagation and statistical analysis for Monte Carlo simulations in lattice QCD and statistical mechanics using autograd.
  ☆47Updated 3 weeks ago
• RehMoritz / vmc_pde
  Code for the paper "Variational Monte Carlo Approach to Partial Differential Equations with Neural Networks" (https://arxiv.org/abs/2206.…
  ☆10Updated 2 years ago
• PhilipVinc / Lectures
  A collection of lectures and tutorials
  ☆19Updated 11 months ago
• eschnett / 2018-computational-physics-course
  Announcements and nodes for my 2018 course in Computational Physics
  ☆57Updated 6 years ago
• ITensor / ITensorGaussianMPSArchived.jl
  A package for creating a matrix product state (MPS) from a free fermion (Gaussian) state.
  ☆10Updated 3 years ago
• iaifi / summer-school-2022
  ☆16Updated 2 years ago
• flatironinstitute / sciware
  Learning materials for scientific software development
  ☆84Updated this week
• numericalEFT / FeynmanDiagram.jl
  Computational graph representation of multiloop Feynman diagrams
  ☆50Updated last month
• qiyang-ustc / jaxeigs
  Rescure useful code in TensorNetwork by google for further personal usage.
  ☆12Updated 6 months ago
• HaraldHofstaetter / BCH
  Fast computation of the Baker-Campbell-Hausdorff and similar series.
  ☆13Updated 3 years ago
• flatironinstitute / jax-finufft
  JAX bindings to the Flatiron Institute Non-uniform Fast Fourier Transform (FINUFFT) library
  ☆95Updated this week