etneil

etneil's Stars

• 3b1b/manim

  Animation engine for explanatory math videos

  Language:Python76k9231.2k6.6k

• tqdm/tqdm

  :zap: A Fast, Extensible Progress Bar for Python and CLI

  Language:Python29.4k2111k1.4k

• synercys/annotated_latex_equations

  Examples of how to create colorful, annotated equations in Latex using Tikz.

  Language:TeX3.8k383217

• nackjicholson/aiosql

  Simple SQL in Python

  Language:Python1.3k167661

• AgnostiqHQ/covalent

  Pythonic tool for orchestrating machine-learning/high performance/quantum-computing workflows in heterogeneous compute environments.

  Language:Python81723815103

• lehner/gpt

  A Python toolkit for lattice field theory, quantum computing, and machine learning

  Language:Python102133142

• fjosw/pyerrors

  Error propagation and statistical analysis for Monte Carlo simulations in lattice QCD and statistical mechanics using autograd.

  Language:Python43105015

• milc-qcd/milc_qcd

  MILC collaboration code for lattice QCD calculations

  Language:C38182335

• gplepage/gvar

  Gaussian random variables.

  Language:Python328429

• claudiopica/HiRep

  HiRep repository

  Language:C235615

• SpeysideHEP/spey

  Smooth inference for reinterpretation studies

  Language:Python82181

• BNL-Fermilab-RENEW/tutorials_2024

  Brookhaven-Fermi Lab Summer Exchange Program AI/ML Tutorials

  Language:Jupyter Notebook4021

• ctpeterson/qex

  Fork of the Quantum EXpressions framework with full staggered hybrid Monte Carlo and gradient flow suite

  Language:Nim3201

• daschaich/KS_nHYP_FA

  MILC-based code for nHYP-smeared staggered fermions and more

  Language:C3302

• mckpart/PHYS-5070_Final_Project

  Final project for the class PHYS 5070, exploring the numerical solutions to the Burger's equation.

  Language:Jupyter Notebook3

• AlecEmser/CompPhys_final_project

  Final comp phys project for Noah Zipper, Alec Emser.

  Language:Python2200

• ctpeterson/SwissFit

  General-purpose library for fitting models to data with correlated Gaussian-distributed noise

  Language:Python2100

• eckast161/PHYS_5070

  Final project

  Language:Jupyter Notebook2100

• paboyle/ComputationalCourseQCD

  Language:TeX2200

• BereGarcia-299/PYTHIA_Python_Project

  Language:Python1200

• BrandenEsses/elastic-pendulum

  Language:Jupyter Notebook1100

• chbrooks14/phys_5070_final_project

  Language:Jupyter Notebook110

• gplepage/g2tools

  Toolbox for muon g-2 analyses in lattice QCD.

  Language:Python1200

• JacobSiegel22/GreyMolassesCooling

  Simulating Grey Molasses / sisyphus cooling for Yb171

  Language:Jupyter Notebook1100

• kebo7524/phys5070

  Language:Jupyter Notebook110

• lgt4hep/lgt4hep.github.io

  Language:HTML10

• mreh528/phys5070FinalProject

  Language:Jupyter Notebook1

• OwenTower/PHYS5070_FinalProject

  Solar Flare Project for Computational Physics, SP21

  1100

• SeymourGabe/diffusion

  This repo consists of a python module developed in Phys 5070 at CU Boulder during the Spring 2021 semester. This module calculates the concentration of a species given arbitrary, spatially varying diffusivities and arbitrary, spatially varying initial species concentrations for a specified time step.

  Language:Python1100

• ty-zhao/IQ-calibration

  Language:Jupyter Notebook1100