Explore science through interactive WebGL! These lightweight demos are designed to spark curiosity—run right in the browser and look great on desktops, tablets, and classroom projectors.
⚡ To keep performance smooth, only 2 demos can run at once. Click "Activate" to start a demo.
A glowing sun with rippling plasma and starfield background
This fragment shader draws a stylized sun using distance fields and animated sine ripples. Kids can learn about waves, light, and color while seeing how math paints pictures in real time.
Thousands of tiny particles whirl in stable rings
Simple orbital mechanics visualized as particles spinning in rings. This demo helps explain orbits, speed, and distance, and how planets move around a star. Great for asking: what happens if a planet speeds up or slows down?
See how mass curves space by visualizing potential fields
Two moving masses create colorful contour bands that represent a simplified gravity field. Talk about gravity, potential energy, and why objects fall towards heavy masses.
North and south poles with flowing field lines
Visual bands change over time to show the direction and strength of a simple magnetic field. Try explaining compasses and how Earth has a magnetic field too.
Bouncy balls in a box—pressure and temperature ideas
Molecules move randomly and bounce off each other and the walls. Discuss pressure, temperature (speed), and why gases fill containers.
Two wave sources creating beautiful interference patterns
Drag the two wave sources and adjust their frequencies to see constructive and destructive interference. Perfect for teaching about waves, sound, and light.
Click to create attractors and repellers
Watch particles respond to forces. Click to add attractors (pull) or repellers (push). Great for explaining gravity, magnetism, and force fields.
Paint obstacles and watch fluid flow around them
A simple fluid simulation. Click and drag to paint obstacles, then watch the flow adapt. Teaches fluid dynamics, viscosity, and how objects affect air/water flow.
Orbiters spiral in, feeding luminous jets
Particles orbit and drift inward with warped streaks; spin/tilt shape the disk; twin jets extend far for Interstellar vibes.
Touch the water and watch realistic ripples spread with light reflections
Crystal clear shallow water over white sand with realistic wave physics. Click to create ripples that interact and interfere. Perfect for teaching about waves, light refraction, caustics, and how water behaves. Use Flow State mode for a mesmerizing display!