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OAKLAND: Intel<\/a> Corp on Tuesday released a software platform for developers to build quantum<\/a> algorithms that can eventually run on a quantum computer that the chip giant is trying to build.
The platform, called Intel Quantum SDK<\/a>, would for now allow those algorithms to run on a simulated quantum computing<\/a> system, said Anne Matsuura, Intel Labs<\/a>' head of quantum applications and architecture.
Quantum computing is based on quantum physics and in theory can perform calculations quicker than conventional computers.
Matsuura said developers can use the long-established programming language C++ to build quantum algorithms, making it more accessible for people without quantum computing expertise.
\"The Intel Quantum SDK helps programmers get ready for future large-scale commercial quantum computers,\" Matsuura said in a statement. \"It will also advance the industry by creating a community of developers that will accelerate the development of applications.\"
The number of companies pursuing quantum computer hardware is mushrooming, from big corporations such as IBM Corp<\/a> and Alphabet<\/a> Inc's Google<\/a> to startups, yet so far none have made a machine that makes a significant dent in the field.
Using quantum computing simulators, such as the one Intel has built, is therefore important to train developers and work on algorithms in the meantime, Intel said.
Intel so far does not have a quantum computer available for customers to use, but James Clarke, who in charge of quantum hardware at Intel, said the company was working on building one based on its silicon chip-making technology.
\"What we're doing at Intel is we're making transistors very close to each other, operating them at low temperature and with single electrons and having these act as qubits,\" Clarke explained to Reuters.
Qubits, or quantum bits, are the basic unit of quantum computing.
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英特尔发布为量子计算软件平台开发人员
平台,称为量子SDK,英特尔将现在允许这些算法运行在一个模拟的量子计算系统,安妮松浦晃一郎说,英特尔实验室的负责人量子应用程序和体系结构。
奥克兰:英特尔. n:行情)周二发布了一个软件开发人员可以构建平台量子算法最终能够运行在一个量子计算机的芯片巨头正试图构建。
平台,叫做英特尔量子SDK,现在允许这些算法在模拟运行量子计算系统,安妮松浦晃一郎说,英特尔实验室头的量子应用程序和体系结构。
量子计算是基于量子物理学和理论上可以执行计算速度比传统电脑。
松浦晃一郎说开发人员可以使用历史悠久的c++编程语言构建量子算法,使它更容易为人们没有量子计算技术。
“英特尔量子SDK可以帮助程序员准备未来的大规模商业量子计算机,“松在一份声明中说。“这也将推动行业通过创建一个社区的开发人员将加速应用程序的发展。”
公司追求量子计算机硬件的数量如雨后春笋般出现,等大公司IBM公司和字母公司的谷歌创业公司,但到目前为止没有一台机器,使该领域的重大影响。
使用量子计算仿真器,比如英特尔已经建成,因此重要的是开发人员和训练算法工作同时,英特尔表示。
英特尔迄今为止没有一个量子计算机供客户使用,但詹姆斯克拉克,分管量子硬件英特尔表示,该公司正在构建一个基于硅的芯片制造技术。
“我们所做的在英特尔是我们制造晶体管非常接近对方,操作在低温和单电子和有这些充当量子位,”克拉克告诉路透社。
量子位,或量子位,量子计算的基本单位。
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