我国科学家已建造一台低消耗能、性能卓越的超导计算机：亚洲城官网

Chinese scientists are building a low-energy and high-performance superconducting computer, aiming to complete a prototype as early as 2022, according to a media report.依据一则新闻媒体，我国科学家已经建造一台低消耗能、性能卓越的超导计算机，目地最开始于2023年完工样品。Scientists at the Chinese Academy of Sciences launched the project worth one-billion yuan last November.中科院的专家是在上年十一月起动了这一开支10亿人民币的新项目。The unprecedented machine will have central processing units running at a frequency of 770 gigahertz or higher. By contrast, the fastest existing commercial processor runs at just 5 Ghz.这台前所未有的设备的cpu将以770千MHz或更高频运营。比较之下，目前的比较慢商业服务CPU的运营速率仅有所为5千MHz。

The machine will also help find a way to reduce the massive energy consumption of supercomputers. As supercomputers grow bigger, so does their appetite.这台设备还将有助找寻降低超导计算机巨大耗能的方式。伴随着超级计算机看起来更为大，他们的食欲也更为大。

Chinas Sunway TaihuLight, the worlds second-fastest supercomputer behind the Summit in the US, requires 15 megawatts of power to run for one year, according to a researcher involved in the RD process.据参与产品研发全过程的科学研究工作人员称作，我国的神刀苏州太湖一号是全球第二大超级计算机，仅次于英国的Summit，务必15万千瓦的电力才可以运营一年。By 2040, the worlds computers may need more electricity than our global energy production can deliver, according to a report released by the Semiconductor Industry Association and the Semiconductor Research Corporation in 2015.依据半导体材料产业协会和半导体材料科学研究企业二零一五年发布的一份汇报说明，到2040年，全球的电子计算机务必的电力有可能要比全球电力能源生产制造的电力更为多。The superconducting computer could be one of the most radical solutions to an ever-increasing energy demand. The concept rests on sending electric currents through supercooled circuits made of superconducting materials.超导计算机有可能是大大的持续增长的能源供应的最传统的解决方法之一。

该定义依靠根据由超导材料制成的低温电源电路发送至电流量。

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