Quantum Computers

本文介绍了IBM提供的量子计算平台,包括如何访问量子计算机及进行注册的方法。提供了IBM Quantum Experience的链接并指出了注册页面的位置,同时提及了与D-Wave系统的比较。
### Quantum Computing with JavaScript Libraries and Frameworks In recent years, quantum computing has garnered significant attention due to its potential for solving complex problems more efficiently than classical computers. For developers interested in exploring this field using familiar tools such as JavaScript, several libraries have emerged that facilitate interaction with quantum simulators or real quantum hardware. One notable project is **Qiskit**, which primarily targets Python but offers a JavaScript interface through Qiskit.js[^3]. This allows users to write quantum circuits directly within web applications while leveraging powerful backend services provided by IBM's quantum processors. Developers can create simple programs where they define qubits, apply gates, measure outcomes—all encapsulated neatly into intuitive APIs designed specifically for ease-of-use without sacrificing depth of functionality. Another interesting development comes from Microsoft via their Quantum Development Kit (QDK), now partially accessible through TypeScript bindings called @microsoft/quantum-lisp[^4]. Although not strictly part of standard JS ecosystems yet, these typescript-based interfaces provide an entry point for those who wish to experiment with quantum algorithms on Azure Quantum platforms. For purely educational purposes or lightweight simulations inside browsers, there exist standalone projects like Quirk[^5], developed entirely in HTML/CSS/JS stack. Such interactive visualizers offer hands-on experience manipulating small-scale quantum systems interactively; ideal for learning concepts related to superposition, entanglement, interference patterns etc., all rendered graphically alongside corresponding mathematical representations. ```javascript // Example usage of Qiskit.js API const { execute } = require('@qiskit/qasm'); async function runSimpleCircuit() { const result = await execute({ circuit: `OPENQASM 2.0; include "qelib1.inc"; qreg q[2]; h q[0]; cx q[0], q[1]; measure q -> c;`, shots: 1024, backend: 'ibmq_qasm_simulator' }); console.log(result); } ```
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