Tag · 23 apps
Physics in the browser
Gravity wells, n-body solvers, soft-body cloth, falling sand, particle storms, projectile arcs. Some are educational sims you can drop into a lesson; others are toys built purely because the math looks beautiful when it moves. All run in the browser — no Unity install, no MATLAB license, just pure JavaScript and the GPU.
A sweet physics drop-merge game where you launch candies upward into a growing pile. Match identical treats to merge them into bigger, more delicious sweets — and watch for special drops that clear whole columns or blast the board. Keep the pile from overflowing before the shop closes!
by alustriel92
An interactive particle sandbox. Drop sand, water, fire, and more and watch elements interact in a mesmerizing physics simulation.
by mohanad-80
Interactive WebGL fluid dynamics you can play with using your mouse or touch.
by PavelDoGreat
Interactive particle physics simulation with sand, water, stone, and plants.
by Launch Arcade
An interactive 2D physics sandbox — click and hold to spawn objects, toggle gravity, and watch realistic collisions and bouncing in real time.
by MartinHeinz
An interactive 2D orbital mechanics sandbox. Spawn objects around a central star and watch gravitational orbits, velocity vectors, and collisions.
by zakerias91
A web-based quantum computing laboratory for building circuits, simulating quantum states, and visualizing quantum algorithms. Features interactive circuit builder with Bloch sphere visualization.
by rasidi3112
Soft body physics simulations with interactive demos. Watch struts fall, bridges flex, and worms wiggle in this spring-mass physics playground.
by crystalline
A clever puzzle game where every action has an equal and opposite reaction. Move one piece and its mirror moves too.
Artificial life simulation where simple attraction and repulsion rules between particles produce complex emergent behavior.
by Launch Arcade
Interactive 2D black hole with gravity, orbital motion, and accretion disk effects.
WebGL wave simulator demonstrating reflection, diffraction, and interference patterns.