Α10 Documentation

Welcome to Α10 Documentation

Α10 bridges the gap between quantum computing concepts and modern web capabilities. This documentation will teach you how to:

• Create interactive quantum state simulations
• Implement probabilistic algorithms in WebAssembly
• Visualize quantum circuits using WebGL
• Analyze performance metrics with quantum-classical comparisons

Note: All examples are implemented in Rust→Wasm and rendered via WebGPU. No quantum hardware required.


// Example quantum gate simulation
struct Qubit {
    state: [Complex; 2],
    entangled: bool
}

impl Qubit {
    fn hadamard(&mut self) {
        // WebAssembly-optimized calculation
        self.state = apply_hadamard_matrix(self.state)
    }
}

Quantum Simulations

Superposition Visualization

Render interactive Bloch spheres showing qubit states with real-time updates during measurement.

[3D Visualization Placeholder]

Entanglement Experiments

Create entangled pairs and observe correlated measurement outcomes across multiple qubits.

[Simulation Panel]

Measurement Statistics

View probability distributions using histogram visualizations after quantum gate operations.

[Distribution Chart]

Probabilistic Models

Markov Chain Visualizer

Build and analyze probability transition matrices with interactive graph representation.

Transition Matrix


const matrix = [
  [0.7, 0.3],
  [0.4, 0.6]
];

State Diagram

Performance Analysis Tools

Quantum vs Classical Shor's » ECDSA

Runtime Analysis 2^30 operations

Performance Heatmap

Resource Utilization Graph

API Reference

Component	Description	Example Usage
`Qubit::new()`	Create a new qubit in \|0⟩ state	`let q = Qubit::new()`
`apply_hadamard()`	Transform qubit to superposition	`q.apply_hadamard()`
`measure()`	Collapse to classical state	`let result = q.measure()`