Mathematica package for algebraic calculations in elementary particle physics.

Scientific Python package for tight-binding calculations in solid state physics

A method of characteristics code for nuclear reactor physics calculations.

Packages for common geometric calculations including the ROS transform library, "tf". Also includes ROS bindings for "bullet" physics engine and "kdl" kinematics/dynamics package.

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sneg is a Mathematica package for performing algebraic calculation with non-commuting operators in many-particle physics

Python Library to calculate all types of Physics Formulae, both for calculations and research

Transfer-matrix method (TMM) is powerful analytical method to solve Maxwell equations in layered structures. However, standard TMM is limited by infinite plane waves (e.g no Gaussian beam excitation) and it is only limited to linear processes (i.e calculation of second-harmonic, sum-frequency, difference-frequency generation is not possible). The aim of this package is extand standard TMM to include those features. The physics of those extensions are described in the follwoing publications, first extends the standard TMM to nonlinear processes and the second extends to the beams with arbritary profiles.

A library for performing advanced physics calculations.

A Python package to help with atomic physics calculations.

A scheme/Racket based package for symbolic mathematics for physicist, which currently supports a realization of Euler-Lagrangian Equation in classical physics, Riemannian geometry and General Relativity calculations, and simple Grassmannian calculus.

[ABANDONED] A nascent javascript library for math and physics calculations

A Python library for experimental data calculation, treatment and display, which can be used for College Physics Experiment, Analytical Chemistry, etc.

libdEdx is a physics library for stopping power calculations. Stopping power is the energy loss of a particle per unit length (dE/dx). libdedx is supposed to be both fast and easy to use, and features multiple standard dE/dx lists (ICRU, MSTAR...)

MaCaw is a MOOSE-based application that enables domain-decomposed neutral particle transport calculations in MOOSE. It leverages the ray tracing MOOSE module for unstructured mesh tracking and OpenMC for collision physics, handling material definitions, and tallying quantities.

Explore a sophisticated Python repository demonstrating rocket takeoff simulations. Leverage realistic physics like thrust, drag, and gravity, while embracing parallel processing and OpenGL visualization. Witness intricate calculations simulating rocket trajectories, combining education and technology seamlessly.

👾 my calculations and notes during my PhD in theoretical physics

A repository of back of the envelope calculations in theoretical physics

Mathematica package for algebraic calculations in elementary particle physics. Performs automated calculation of all one- and two-loop Feynman integrals reducable to scalar integrals independent of external momenta and depending on up to two different masses.

This package allow for Boltzmann transport calculations in condensed matter physics using the Chambers formula

A Mathematica Package for Uncertainty Calculation in the University Physics Experiment.

Provide some lattices in solid state physics and some predefined 1d maps for finite MPS/MPO based calculations.

A physics-based calculation package for the mechanics and geometry of overhead lines

Formulator: A C mini project for math and physics calculations. Includes functions for basic math, trigonometry, circles, series, 2D/3D areas, fluid mechanics, electrostatics, and more. Contribute to enhance its physics capabilities.

Automatic differentiation for high-energy physics correction factor calculations.

Physics calculation with Python.

Code base for constructing, training and deploying physics-inspired deep neural network pseudopotentials for low-cost, high-accuracy electronic structure and quantum dynamics calculations.

Wolfram Mathematica and Python scripts to perform some quantum optics and atomic physics calculations

Various physics-themed calculations

advanced solid state physics calculations with tight binding models