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Interactive physics simulations for motion, forces, waves, fluids, fields, space, and light.
The Physics category is a set of interactive simulations for motion, forces, waves, fluids, fields, and orbital mechanics. Each tool runs in real time in the browser, lets you tune the underlying parameters, and exports the current frame as an image. The tools are designed for visual exploration and intuition-building rather than numerical accuracy, though several use real physical models underneath.
For orbital and gravitational systems, Galaxy Sim generates spiral galaxies with thousands of particles on logarithmic spiral arms, Black Hole simulates an accretion disk with tunable gravity and relativistic jets, and Solar System renders the Sun and eight planets on Keplerian orbits with an adjustable time scale. For fluid and wave dynamics, Fluid Dynamics runs a stable-fluids solver on a grid with click-and-drag dye injection, and Wave Sim propagates a 2D ripple field with reflective boundaries.
For mechanics and chaos, Double Pendulum integrates the full coupled equations of motion for two rigid links with a fading phase-space trail, and Paint Pendulum extends the idea into a 3D sandbox where a dripping paint can swings over paper. For fields and quantum visualization, Magnetic Field traces dipole field lines forward and backward from draggable poles, Quantum Field renders a 2D complex wavefunction with real, imaginary, and probability components, and Optics Lab is a full 3D geometric-optics sandbox with lasers, mirrors, lenses, and prisms.
All tools in this category render in real time in the browser. Export to PNG or JPG is available everywhere.
Simulate spiral galaxies, dark matter effects, and galaxy collisions in real time.
Visualize a black hole with gravitational lensing, Doppler beaming, and an accretion disk.
Inject colorful dye into a real-time fluid and watch it swirl.
Create water ripples and watch them interact with realistic wave interference.
Simulate chaotic motion with physics.
Complex wavefunction visualizer.
Celestial orbital mechanics simulation.
Drag magnetic poles around and watch field lines re-thread in real time.
Watch a pendulum paint can swing over paper, building up colorful drip patterns.
Place lasers, mirrors, lenses, and prisms on a 3D workbench and watch the beams interact.