Showcase

Five production games demonstrate the breadth of quantum integration patterns in Quantum Forge. Each game uses real quantum mechanics in a fundamentally different way — from binary existence states to 7-dimensional hex geometry.

The Games

Game	Quantum Mechanic	Dimension	Key Pattern
Quantum Pong	Entangle-split balls, phase-biased scoring	2	Entangle-split, pooling
Quantris	Quantum existence in puzzle pieces	2	Entanglement groups, RDM visualization
Hex Diffusion	Probability diffusion across hex grid	7	Fractional Hadamard, Grover oracle
Bloch Invaders	Bloch sphere navigation, basis measurement	2	Y/Z gates as game controls
Ponq	Coherence-driven ball physics	2	Density matrix → physics force

Common Patterns

Every game follows the same architecture:

1. Registry class extending QuantumPropertyManager with game-specific operations
2. Engine using registry methods through getHelpers()
3. Renderer reading probabilities for quantum visualization
4. Controller wiring input to quantum operations

The quantum dimension, gates, and measurement strategies vary — but the structure is universal.

What to Study

• Starting out? Begin with Quantum Pong — the simplest integration
• Want complex entanglement? Study Quantris — entanglement groups with subgroups
• High-dimension qudits? See Hex Diffusion — 7D with interference patterns
• Bloch sphere geometry? Try Bloch Invaders — Y/Z gates as spatial navigation
• Physics integration? Check Ponq — quantum state drives classical forces