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

Sup bois, here's my work

Spacetime Extension for nalgebra

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.

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.

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

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

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

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

Special relativity physics library for Python

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

Source for website about special relativity.

Free online books to learn theoretical physics on your own

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

Special Relativity in Mathematica

A collection of useful programs in astrophysics

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