A Python toolkit for lattice field theory, quantum computing, and machine learning
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Updated
Jun 16, 2024 - Python
A Python toolkit for lattice field theory, quantum computing, and machine learning
Grid-based workflow management system for lattice field theory simulations
A native Julia code for lattice QCD with dynamical fermions in 4 dimension.
a C++11 library for lattice QCD data analysis
R package implementing analysis tools for lattice QCD
Error propagation and statistical analysis for Markov chain Monte Carlo simulations in lattice QCD and statistical mechanics using autograd
Code for Higgs--Yukawa lattice field theories with SO(4) global symmetry
Monte-Carlo simulations of four-dimensional Yang-Mills theories coupled to scalar and fermion fields
Flowed HMC for Lattice Gauge Theory
Lattice 2d phi^4 calculations accelerated by cluster updates of the embedded Ising variables
A Julia Package for Lattice Spectroscopy
Continuous normalizing flow for lattice quantum field theory
Code for computing the density of states
Monte Carlo Code for 1d matrix models with only scalars
This repository offers a set of tools for a lattice field theory study of the non-linear sigma model (NLSM) O(3) in 1+1 dimensions. This is based on the analysis by Lüscher and Wolff in 1990.
Monte Carlo simulation of the Quantum Anharmonic Oscillator
Lattice simulation for two coupled fields with different dynamics. This software can be used to study critical phenomena.
Measurements for lattice QCD. This is intended to use in LatticeQCD.jl.
project home page of dyGiLa dynamic GL eqns solver project
This "book" is a collection of research notes that I made while researching in physics. The first chapters are dedicated to mainly mathematics, and the last chapters are dedicated to mainly physics, with an aim toward lattice field theory.
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