Explore chaos theory, cellular automata, and mathematical visualizations. Play directly in your browser or download to run locally.
Interactive 3D grapher for Pre-Calc and Calculus students. Visualize equations in 1D, 2D, and 3D - from simple circles to complex surfaces. Type equations naturally (x^2+y^2=4) and see them come to life with rotation controls.
Complete journey from quantum mechanics to three-dimensional time theory. Explore wave functions, relativity, particle physics, and cutting-edge theoretical predictions based on 2025 research.
Interactive 3D visualizations of chaotic systems including Lorenz Attractor, Three-Body Problem, Double Pendulum, and Rössler Attractor. Watch how tiny changes lead to dramatically different outcomes.
Explore the famous logistic map equation that demonstrates sensitive dependence on initial conditions. Includes time series, bifurcation diagram, and cobweb plots.
The classic cellular automaton where simple rules create complex patterns. Click to create cells, add preset patterns, and watch life emerge from mathematical rules.
Explore one of mathematics' most famous unsolved problems. Watch sequences converge to 1 through the simple rules: if even divide by 2, if odd multiply by 3 and add 1. Visualize patterns across ranges.
Witness the Giant Impact Hypothesis - the collision between Earth and Mars-sized Theia that formed the Moon 4.5 billion years ago. Watch particles interact with gravity, merge on collision, and debris coalesce into orbit.
Interactive spacetime curvature visualization using Newton's Law of Universal Gravitation. Click to add objects, adjust their mass, and watch them orbit, collide, and merge. See gravity wells deform the fabric of space in real-time.
Explore a Myst-inspired 3D world with intricate architecture, stained glass towers, and mysterious structures. Navigate through viewpoints, discover hidden areas, and experience atmospheric lighting in this immersive point-and-click adventure.
First-person exploration with WASD movement and mouse look. Climb stairs, jump over obstacles, and explore a mysterious world with glowing artifacts. Features collision detection, gravity physics, and sprint mode for immersive free-roaming gameplay.
High-quality Myst-like adventure game with stunning graphics, ancient temples, magical forests, and crystal caves. Features advanced lighting, particle effects, post-processing, and immersive gameplay with inventory and quest systems.
Fast-loading version of the mystical adventure with beautiful graphics optimized for smooth performance. Explore ancient temples, collect magical crystals, and discover floating orbs in this immersive 3D world.
A professional-grade game engine built from scratch with modular architecture, asset management, debug tools (F1), and smooth 60+ FPS performance. Complete game development framework.
Atmospheric autumn adventure with beautiful fall foliage, ancient stone circles, weathered ruins, and realistic rain effects. Explore a moody world with warm lighting and floating leaves.
Ultra-detailed steel cylinder with authentic rusty rivets, weathering, and PBR materials. Demonstrates photorealistic rendering with advanced textures and lighting.
Photorealistic silver cylinder with perfectly round rivets, rusty silver patina, and ultra-smooth metallic finish. Shows advanced material variation and lighting.
These interactive demos explore fascinating mathematical concepts through visualization. Perfect for learning, teaching, or just having fun with math and science.
Each demo is a single HTML file with no dependencies. Download and run locally, share with students, or embed in your own projects.
All demos are free to use, modify, and share. View the source code to learn how they work or customize them for your needs.
We're constantly adding new demos. Check back regularly for fractals, physics simulations, and more mathematical visualizations.