Build Games with Real Quantum Mechanics
Genuine quantum effects — superposition, entanglement, interference — as simple game properties. Not random numbers. Real physics.
A new kind of game engine primitive
Quantum mechanics creates emergent gameplay impossible to achieve any other way. Not cosmetic. Not random. Mathematical structure that surprises players and designers alike.
Real Quantum Physics
Not fake randomness or cosmetic effects. Quantum Forge implements genuine quantum mechanics — Hadamard gates, phase rotations, entanglement via i_swap — creating emergent gameplay impossible to achieve any other way.
Rapid Prototyping
The web framework lets you prototype a quantum game in hours. TypeScript API, hot-reload dev server, built-in rendering. From idea to playable in an afternoon.
Ship Everywhere
One quantum codebase runs on web via WASM, Unity, native desktop, and mobile. Write your quantum game logic once, deploy anywhere.
Shipping games. Real quantum mechanics.
Every game below uses genuine quantum simulation. Superposition, entanglement, and interference drive core gameplay — not decoration.
Quantris
Tetris meets quantum mechanics. Blocks exist in superposition until measured. Entangle pieces across the tower. Clear lines by collapsing reality.
Play QuantrisPonq
Quantum pong with entangled balls. Balls split and recombine through quantum zones. Phase affects trajectory. Measure to score.
Coming SoonBloch Invaders
Space invaders on the Bloch sphere. Damage scales with quantum state overlap. Enemies decohere, entangle, and implement the quantum Zeno effect.
In DevelopmentIn 2024, we partnered with Caltech's IQIM and LCAD to run a quantum game jam. Student teams built playable quantum games in one week using Quantum Forge.
Three steps to quantum gameplay
Define quantum properties
Attach quantum state to any game object. Choose dimensions — a coin flip, a die, a hex tile. Each property becomes a qudit in the simulation.
Apply quantum operations
Use gates like Hadamard, phase rotation, and i_swap to create superposition and entanglement. Operations compose naturally — the quantum math handles the rest.
Measure and play
When players interact, quantum states collapse. The math creates emergent strategies no designer could script. Players discover mechanics you didn't plan.
import { Engine, QuantumPropertyManager } from '@quantum-realm-games/quantum-forge-framework'; // Create a quantum coin — dimension 2 means two possible states const coin = quantum.acquire({ dimension: 2 }); // Put it in superposition — both heads AND tails simultaneously quantum.hadamard(coin); // Entangle with another coin — now they're correlated const coin2 = quantum.acquire({ dimension: 2 }); quantum.iSwap(coin, coin2, 0.5); // Measure — collapses both coins. The results are correlated. const result = quantum.measure(coin);
Start building in minutes
Choose your platform. The web framework is the fastest way to prototype. Unity integration gives you a full game engine.
Web Framework
TypeScript + WASM. Hot-reload, built-in renderer, game loop, input handling. The fastest path from zero to quantum game.
$ npm i @quantum-realm-games/quantum-forge-framework
$ npx quantum-forge init my-game
Read the Docs
Unity Package
Native C# integration via Unity Package Manager. Drag-and-drop quantum components. Build for desktop, mobile, and WebGL.
UPM > Add package from git URL...
View on GitHub
Build together
Join developers and researchers exploring quantum game design.
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