Quantum ForgeBuild Games with Real Quantum Mechanics

Real quantum effects for game developers. Superposition, entanglement, and interference powered by a compiled C++ quantum simulator. Available for TypeScript/Web and Unity.

TypeScript / Web

Unity Package

Why Quantum?

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TypeScript / Web

One npm package, quantum-forge: the WASM simulator, quantum() handles and a Vite plugin, with no runtime dependencies. Declare a quantum property by its values, call gates on it as methods, and dispose it when you're done. Quantum Pong ships inside it, so you can check an install in one command.

Get started with TypeScript

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Unity Package

Native C# integration via Unity Package Manager. Drag-and-drop QuantumProperty components, inspector-driven quantum actions, and built-in probability/phase trackers.

Get started with Unity

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Real Quantum Simulation

Both platforms run the same C++ quantum simulator. Every superposition, measurement, and entanglement follows real quantum mechanics. The API is backend-agnostic and has been tested on real quantum hardware.

Learn the quantum mechanics

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Entanglement as Game Mechanic

Link game objects so measuring one instantly affects another. Split balls, create correlated pairs, or build interference patterns. Proven in production games.

Entanglement patterns

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Production-Tested

Ponq, Quantris, and other games show different ways quantum mechanics drives gameplay, from binary existence to 7-dimensional hex geometry.

See the showcase

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Save & Replay Quantum State

Record every quantum operation as a JSON log. Replay it with every measurement forced to its recorded outcome to rebuild the same state for saves, replays, and tests.

Recording & replay