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QuESTlink—Mathematica embiggened by a hardware-optimised quantum emulator
Quantum Science and Technology ( IF 6.7 ) Pub Date : 2020-05-27 , DOI: 10.1088/2058-9565/ab8506 Tyson Jones , Simon Benjamin
Quantum Science and Technology ( IF 6.7 ) Pub Date : 2020-05-27 , DOI: 10.1088/2058-9565/ab8506 Tyson Jones , Simon Benjamin
We introduce QuESTlink,pronounced ‘quest link’, an open-source Mathematicapackage which efficiently emulates quantum computers. By integratingwith the Quantum Exact Simulation Toolkit (QuEST), QuESTlink offers ahigh-level, expressive and usable interface to a high-performance, hardware-accelerated emulator. Requiring no installation, QuESTlink streamlines the powerful analysis capabilities of Mathematica into the study of quantum systems, even utilising remote multi-core and GPU hardware. We demonstrate the use of QuESTlink to concisely and efficiently simulate several quantum algorithms, and present some comparative benchmarking against core QuEST.
中文翻译:
QuESTlink-由硬件优化的量子仿真器实现的Mathematica
我们介绍QuESTlink,发音为“ quest link”,这是一种开源的Mathematica软件包,可以有效地模拟量子计算机。通过与Quantum Exact仿真工具包(QuEST)集成,QuESTlink为高性能,硬件加速的仿真器提供了高级,可表达且可用的接口。QuESTlink无需安装,即使使用远程多核和GPU硬件,也可以将Mathematica的强大分析功能简化到量子系统的研究中。我们演示了QuESTlink的使用,以简洁高效地模拟几种量子算法,并提出了一些针对核心QuEST的比较基准。
更新日期:2020-05-27
中文翻译:
QuESTlink-由硬件优化的量子仿真器实现的Mathematica
我们介绍QuESTlink,发音为“ quest link”,这是一种开源的Mathematica软件包,可以有效地模拟量子计算机。通过与Quantum Exact仿真工具包(QuEST)集成,QuESTlink为高性能,硬件加速的仿真器提供了高级,可表达且可用的接口。QuESTlink无需安装,即使使用远程多核和GPU硬件,也可以将Mathematica的强大分析功能简化到量子系统的研究中。我们演示了QuESTlink的使用,以简洁高效地模拟几种量子算法,并提出了一些针对核心QuEST的比较基准。