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

realtime/interactive lorentz attractor (and other attractors) simulator

Lorentz Contraction Analysis: Theoretical paper and interactive visualizations challenging standard interpretations

Expository and interactive tool for introducing the Lorentz curve and Gini coefficient

A basic interactive simulation demonstrating Lorentz transformations and time dilation for educational purposes.

Interactive Modern Physics Simulations — Schrödinger equation, quantum tunneling, double slit, Bell test, gravitational lensing, Lorentz transforms. GPU-accelerated, real-time OpenGL rendering.

Project Name: Lorentz Force Playground 2025 Overview: Lorentz Force Playground is an interactive web application designed to visualize the behavior of charged particles within Electric (E) and Magnetic (B) fields. By combining a game-like interface with rigorous physics calculations, it turns abstract electromagnetic concepts into a tangible visual

Python engine for interactive 1+1D Minkowski diagrams. Implements an MVP architecture powered by vectorized tensor algebra with dynamic memory arrays to compute Lorentz boosts and causal invariants, projecting contravariant coordinates simultaneously in a custom GUI.

Relativity Simulation with Pygame Overview This project is an interactive simulation built with Python and Pygame that visualizes the effects of relativity, including time dilation and Lorentz contraction, as experienced by a spaceship traveling at relativistic speeds. It's an upgraded version of a previous non-graphical Python script,