从方框图到布洛赫球面：在LabVIEW中实现图形量子电路模拟
From Block Diagrams to Bloch Spheres: Graphical Quantum Circuit Simulation in LabVIEW
AI总结：
QuVI在LabVIEW中实现图形量子电路模拟，通过数据流范式提供直观的可视化工具，支持量子算法的原型设计与验证。
摘要：
随着量子计算从理论物理向工程应用过渡，存在日益增长的需求，即需要可访问的模拟工具，以弥合抽象线性代数与实际实现之间的差距。尽管基于文本的框架（如Qiskit或Cirq）是标准的，但它们通常对熟悉图形系统设计的学生和工程师来说学习曲线陡峭。本文介绍了QuVI（量子虚拟仪器），这是一个在NI LabVIEW环境中原生开发的量子电路工具包。超越最初的证明概念模型，QuVI建立了一个稳健的框架，利用LabVIEW的
英文摘要：
As quantum computing transitions from theoretical physics to engineering applications, there is a growing need for accessible simulation tools that bridge the gap between abstract linear algebra and practical implementation. While text-based frameworks (like Qiskit or Cirq) are standard, they often present a steep learning curve for students and engineers accustomed to graphical system design. This paper introduces QuVI (Quantum Virtual Instrument), an open-source quantum circuit toolkit developed natively within the NI LabVIEW environment. Moving beyond initial proof-of-concept models, QuVI establishes a robust framework that leverages LabVIEW's "dataflow" paradigm, in which wires represent data and nodes represent operations, to provide an intuitive, visual analog to standard quantum circuit notation while enabling the seamless integration of classical control structures like loops and conditionals. The toolkit's capabilities are demonstrated by constructing and visualizing fundamental quantum algorithms and verifying results against theoretical predictions. By translating "Block Diagrams" directly into quantum state evolutions ("Bloch Spheres"), QuVI offers educators and researchers a powerful platform for prototyping quantum logic without leaving the graphical engineering workspace.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
