Alternatives and similar repositories for theoretical-physics

Users that are interested in theoretical-physics are comparing it to the libraries listed below

• emptymalei / statisticalphysics
  open source E-book on statistical physics
  ☆46Updated last year
• kpeeters / cadabra2
  A field-theory motivated approach to computer algebra.
  ☆252Updated last week
• jakevdp / pySchrodinger
  A Python solver for the 1D Schrodinger equation
  ☆125Updated 5 years ago
• mspraggs / pyQCD
  pyQCD provides a Python library for running small-scale lattice QCD simulations on desktop and workstation computers.
  ☆60Updated 7 years ago
• mgaitan / fortran_magic
  An extension for IPython/Jupyter that helps to use Fortran in your interactive session.
  ☆118Updated last year
• AlejGarcia / NM4P
  Programs for "Numerical Methods for Physics" by Alejandro Garcia
  ☆93Updated 6 years ago
• dafer45 / TBTK
  A C++ library for solving second-quantized Hamiltonians
  ☆102Updated last year
• sympy / quantum_notebooks
  Jupyter Notebooks that demonstrate SymPy's symbolic quantum mechanics package.
  ☆65Updated 3 years ago
• JanisErdmanis / PythonPhysics
  ☆53Updated last year
• GkAntonius / feynman
  Sharp-looking Feynman diagrams in python
  ☆73Updated 7 months ago
• JP-Ellis / tikz-feynman
  Feynman Diagrams with TikZ
  ☆157Updated 2 years ago
• WuShichao / computational-physics
  Programs of exercises to accompany "Computational Physics" by N. Giordano and H. Nakanishi
  ☆44Updated 9 years ago
• FeynCalc / fcguide
  A Guide for Quantum Field Theory Practitioners
  ☆17Updated 6 years ago
• usnistgov / hiperc
  High Performance Computing Strategies for Boundary Value Problems
  ☆42Updated last year
• certik / fortran90.org
  Sources of fortran90.org
  ☆61Updated last year
• mark-caprio / SciDraw
  A system for preparing publication-quality scientific figures with Mathematica
  ☆30Updated 2 years ago
• afeiguin / comp-phys
  Computational Physics
  ☆152Updated 3 years ago
• bjodah / pyodesys
  ∫ Straightforward numerical integration of systems of ordinary differential equations
  ☆95Updated this week
• jrjohansson / wavefunction
  Python package for calculating wavefunctions for 1D and 2D potentials.
  ☆87Updated 10 years ago
• amcdawes / QMlabs
  Ipython notebooks for our QM class based on Mark Beck's book "Quantum Mechanics: Theory and Experiment"
  ☆38Updated 3 years ago
• sympsi / sympsi
  Symbolic Quantum Mechanics using SymPy
  ☆39Updated 9 years ago
• zachetienne / nrpytutorial
  NRPy+, BlackHoles@Home, SENRv2, and the NRPy+ Jupyter Tutorial: Python-Based Code Generation for Numerical Relativity... and Beyond!
  ☆101Updated 3 months ago
• pychebfun / pychebfun
  Python implementation of chebfun
  ☆99Updated 3 months ago
• jrjohansson / ipython-asymptote
  IPython extension for rendering and displaying asymptote in an IPython notebook.
  ☆41Updated 5 years ago
• gplepage / lsqfit
  Utilities for nonlinear least-squares fits.
  ☆45Updated last month
• egourgoulhon / BHLectures
  Lectures "Geometry and physics of black holes"
  ☆36Updated last month
• gVallverdu / tikzorbital
  LaTeX/Tikz package. It provides several commands in order to draw atomic orbitals and molecular orbitals diagrams.
  ☆14Updated 9 years ago
• tpogden / quantum-python-lectures
  A series of self-study lectures on using Python for scientific computing at the graduate level in atomic physics and quantum optics.
  ☆104Updated 10 years ago
• jonosquire / VEST
  Mathematica package for carrying out vector calculus calculations - http://arxiv.org/abs/1309.2561
  ☆29Updated 5 months ago
• pearu / f2py
  Automatically exported from code.google.com/p/f2py
  ☆56Updated 5 months ago