Calculations for an interactive/simulation inspired by an awesome video by 3Blue1Brown.

Sup bois, here's my work

Spacetime Extension for nalgebra

Special-relativistic phenomena illustrated using spacetime diagrams.

The code for the Gravitational Dimensionality Reduction (GDR) algorithm

Zero Motion Dynamics (ZMD) - Grand Unifying Theory (GUT)

Implement the ideas of special relativity in code, and explore the consequences of the Lorentz transformations.

The first end-to-end C++20 implementation of special-relativistic geometry applied to financial OHLCV data. Computes Lorentz factors, spacetime intervals, Christoffel symbols, and geodesic deviation signals from live market data.

Project Minkowski is a space battler with mathematically correct special and general relativity

Source for website about special relativity.

A Rust implementation of perplex (hyperbolic, split-complex) numbers, leveraging num-traits.

Game Engine written in C++ using Vulkan and GLFW for spacetime and special relativistic rendering

Free online books to learn theoretical physics on your own

Special relativity physics library for Python

A collection of useful programs in astrophysics

Special Relativity in Mathematica

No description provided.

"Lorentz interactive" is an interactive spacetime diagram for the 1D Lorentz transformations. Play around and gain insight!

2D & 3D simulations to show the distortion of objects under relativistic conditions.

Common mistakes in applying special relativity

Quotations from textbooks on special and general relativity.

Physics, Quantum, Classical, GR/SR.

Reproducible research repo for the SRFM paper — PDF, all figures, Jupyter notebook, Python + Rust implementations

This program allows you to view relativistic effects, such as Terrell rotation, on 3D models through ray tracing. This works on OBJ files and doesn't have any requirements except having the executable.

Interactive Simulation of the Special Theory of Relativity in Virtual Reality

This repo contains most of the code I developed a few years ago during the course "Computational and Statistical Methods Lab" at the University of Genova. It is in Python and C++ and often makes use of Cern ROOT libraries. Some python script have been turned into Jupyter notebooks.

Python SDK for Special Relativity Financial Modeling — Lorentz factors, spacetime intervals, geodesic signals on OHLCV data

This paper explores the fascinating evolution of string theory, from its origins as a novel approach known as ”bootstrap models” in relativistic particle physics to its current status as a candidate theory of quantum gravity.

HSC Software Engineering Project

The Universal Time Principle (UTP) is a reinterpretation of relativistic phenomena through a constant-time lens. Rather than assuming time bends or stretches under gravity or velocity, UTP holds that time is universal and constant — and that gravity acts by suppressing the rate of internal physical processes like decay, oscillation, and emission.