中国网浪潮资讯 北京时间5月3日,作者从中国科学院获悉,中科院院士、中国科学技术大学潘建伟教授等科学家日前成功构建世界首台超越早期经典计算机的光量子计算机。值得浙江人自豪的是,潘建伟教授还是浙江东阳人。
CNCAO NEWS In May 3, journalist has known that Pan Jianwei, the academician of Chinese Academy of Sciences and professor of University of Science & Technology China, and some other scientists has already successfully built the first light quantum computer which transcended classic computers of early days in the world. What is the pride of people in Zhejiang is that Professor Pan is from Dongyang, Zhejiang.
潘建伟教授
professor Pan Jianwei
图:基于单光子的量子计算原型机结构。图据潘建伟发布会PPt
Picture of quantum computer prototype based on single photon, according to the PPT in Pan's presentation
此外,研究团队还实现了目前世界上最大数目超导量子比特的纠缠,并在超导量子处理器上实现了快速求解线性方程组的量子算法。这一系列成果最终发表于国际权威学术期刊《自然光子学》和《物理评论快报》上。
Besides, the research team has also realized the entangle of world-maximum superconducting qubit at present as well as figuring out the quantum algorithm to linear system of equations in superconducting quantum processor . The series of scientific pay-off has been published in Natural Photonics and Physical Review Letters, two of international authoritative academic journals.
图:超导量子计算机。图据潘建伟发布会ppt
Picture of superconducting quantum computer, according to the PPT in Pan's presentation
据潘建伟介绍,研究团队构建的光量子计算原型机,“玻色取样”速度不仅比国际同行类似的之前所有实验加快至少24000倍,也比人类历史上第一台电子管计算机(ENIAC)和第一台晶体管计算机(TRADIC)运行速度快10到100倍。
According to Pan, the so-called "bose-sampling" speed of the quantum computing prototype built by the research team is not only as fast as 24,000 times of the former research at least, but also as fast as 10 to 100 times of the running speed of the first vacuum tube computer(ENIAC) and the first transistor computer(TRADIC) in the history.
图:超导量子计算机路线图。图据潘建伟发布会ppt
Picture of line map of superconducting quantum computer, according to the PPT in Pan's presentation
潘建伟,长期从事量子光学、量子信息和量子力学基础问题检验等方面的研究,对量子通信等研究有创新性贡献,是该领域的国际著名学者,其研究成果5次入选欧洲物理学会评选的“年度物理学重大进展”、4次入选美国物理学会评选的“年度物理学重大事件”。
Pan Jianwei, aiming at studies in the fields of quantum optics, quantum information science, and tests of basic issues in quantum mechanics area, is a world-famous academician in such area with innovative contribution in quantum teleportation, whose research findings have been elected in "major advances in Physics" selected by the European Physical Society for five times and "major events of the year" selected by American Institute of Physics for four times.
(中国网作者 杨云寒 见习作者 安静 综合报道 孙吴琦/译)
来源: 中国网 | 作者:杨云寒 见习 安静 孙吴琦/译 | 责编:安静 电子信箱:184042016@qq.com
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