Expand description
§Intrico - A high-performance Quantum Computing library
Welcome to Intrico, a powerful and intuitive quantum computing library for Rust.
This library provides a comprehensive set of tools for quantum computing simulation, including support for qubits, quantum gates, and quantum state manipulation.
§Usage
Add this to your Cargo.toml:
[dependencies]
intrico = "1.0.0"or use cargo add intrico to add it to your project.
§Features
| Feature | Description |
|---|---|
core | Core Quantum definitions like qubits, quantum gates, gate operations, etc |
circuit | Quantum Circuit functionality including visualisations |
simulator | Quantum Simulation functionality |
§Quick Start
use intrico::{Qubit, QuantumGate};
fn main() {
// Create a qubit in the |0⟩ state
let mut ket_0 = Qubit::zero();
println!("ket_0 = {:?}\t{:?}", ket_0, ket_0.state_vector());
// Apply a Hadamard gate to create a superposition
ket_0.apply(QuantumGate::H);
println!("psi = {:?}", ket_0);
}§Examples
Checkout the examples directory for all the examples. For convenience here’s a list of some significant ones:
| Example | Description |
|---|---|
quantum-circuit | A bell state quantum circuit visualisation |
statevector-simulator | A bell state simulation using statevector simulator |
grovers-algorithm | A two-qubit grover’s algorithm simulation |
Re-exports§
pub use core::Qubit;pub use core::QuantumGate;pub use circuit::QuantumCircuit;