Interactive Physics Through Visual Simulation
Explore fundamental physics concepts through real-time, interactive demonstrations. Build intuition by manipulating parameters and observing the results.
Available Presentations
Each presentation covers fundamental concepts with interactive simulations and clear mathematical explanations.
Wave Mechanics
Explore oscillations, interference patterns, standing waves, and the Doppler effect through interactive visualizations.
Orbital Mechanics
Visualize gravitational dynamics, Kepler's laws, and the elegant mathematics of celestial motion.
Electromagnetism
Explore electric and magnetic fields, Maxwell's equations, and electromagnetic wave propagation.
Quantum Mechanics
Discover wave-particle duality, probability distributions, and the fundamental nature of quantum systems.
Thermodynamics
Study kinetic theory, energy transfer, entropy, and the laws governing thermal systems.
Classical Mechanics
Explore projectile motion, pendulums, springs, collisions, and friction through interactive simulations.
Fluid Dynamics
Visualize fluid pressure, buoyancy, Bernoulli's principle, and viscous flow behavior.
Optics
Discover reflection, refraction, lenses, diffraction gratings, and light polarization.
Special Relativity
Experience time dilation, length contraction, relativistic mass, and spacetime diagrams.
Nuclear Physics
Explore radioactive decay, half-life, nuclear fission, fusion, and binding energy.
Built for Learning
Every presentation is designed to build deep physical intuition through interaction.
Real-Time Simulation
Physics engines run directly in your browser, responding instantly to parameter changes.
Mathematical Rigor
Clear equations rendered with precision, connecting theory directly to visualization.
Open Source
MIT licensed. Fork, modify, and contribute. Education should be accessible to all.