Interactive Experiments
Explorations in physics, mathematics, and complexity science — rendered in your browser.
The animated background of this website. A real-time simulation of charged particles spiraling through a magnetic field, leaving ionization trails as they decay—inspired by the golden age of particle physics.
A kinematic visualization of particle interactions using Feynman diagram notation. Watch electrons, photons, and bosons interact according to the topological rules of the Standard Model.
Visualize how neurons communicate through electrical signals. Watch action potentials propagate along axons and trigger synaptic cascades with Hodgkin-Huxley inspired dynamics.
Plan and orchestrate multiple mathematical spirographs. Watch them bloom simultaneously across your canvas in a mesmerizing synchronized dance.
Watch pollen dance through invisible molecular collisions. Toggle between revealed and hidden modes to understand Einstein's 1905 breakthrough.
An idealized model of transverse wave motion through a spring-connected lattice—visualizing the "elastic solid" ether theories seriously developed by 19th-century physicists like Kelvin and Fresnel.