Quantum SDK Documentation

A comprehensive guide to building quantum applications with our advanced tooling.

Getting Started

Begin your quantum journey with our open-source SDK compatible with major quantum computing platforms. Install using your preferred package manager.

npm install q-sdk

Initialization


import { Quantum } from "q-sdk";

const q = new Quantum({
  provider: "ibm",
  apiKey: "YOUR_API_KEY"
});

Key Features

Quantum Simulation

Accurate simulation of quantum states with real-time visualization tools.

Integration Tools

Seamless integration with IBM, Google, and Rigetti quantum platforms.

Secure Quantum Protocols

Advanced quantum cryptography systems for enterprise-grade security.

API Reference

Quantum Class


/**
 * Creates a quantum computing instance
 * @constructor
 * @param {Object} config - Configuration object
 * @param {string} config.provider - Cloud provider (ibm | google | rigetti)
 * @param {string} config.apiKey - API access token
 * @param {string} [config.backend="simulator"] - Target backend or simulator
 */

Available Methods

q.circuit() Build quantum circuit definitions
q.execute() Run quantum program on selected backend
q.optimize() Automatically optimize quantum operations

Tutorials & Guides

First Quantum Circuit


// Import quantum SDK
import { Quantum } from "q-sdk";

// Create quantum circuit
const circuit = Quantum.circuit(2, 2)
  .h(0)          // Hadamard gate
  .cnot(0, 1);  // CNOT gate

// Display circuit
circuit.draw();

Running Experiments


const result = Quantum.execute(circuit, {
  shots: 1000,
  backend: "ibm/qasm_simulator"
});

// View results
console.log(result);