事实上，大脑比任何超级计算机都要强大得多！
In fact, the brain is much more powerful than any supercomputer!
“神威·太湖之光”在世界超级计算机500强排行榜上登顶。
Sunway TaihuLight, took the top spot of the new list of the 500 most powerful supercomputers in the world.
公司得到美国能源部许可，在橡树岭国家实验室使用克雷 XT-5超级计算机捷豹进行模拟实验。
The company won a grant from America's Department of Energy to run simulations on Jaguar, a Cray XT-5 supercomputer at the Oak Ridge National Laboratory.
总之，超级计算机，用处很大。
有人想在家里放一台超级计算机吗？
大脑就是一台三磅重的超级计算机。
而且超级计算机是不可或缺的。
第一名的超级计算机是谁？
开发世界速度最快的超级计算机的科学家；
scientists who develop supercomputers that rank among the world's fastest;
越来越多的超级计算机正在美国之外兴建。
More and more supercomputers are being built outside America.
超级计算机内有什么？
然而超级计算机的最大障碍是能源。
什么是超级计算机？
橡树岭国家实验室的新一代超级计算机到底有多快？
How fast is the new supercomputer at Oak Ridge National Laboratory?
今天的超级计算机消耗超过5兆瓦的电力。
在美国，越来越少的大学在校园里拥有超级计算机了。
In the U.S., fewer and fewer universities house supercomputers on campus.
比如超级计算机沃森。
单独一台超级计算机会比笔记本电脑当然会快得多。
Clearly a single super-computer would be far faster than a single notebook computer.
在IBM公司，研究人员利用光学互联使超级计算机运行更快。
Over at IBM, researchers are using optical interconnects to make supercomputers run faster.
不幸的是，超级计算机的公开宣传图片已经提出了很好的解释。
Unfortunately the publicity pictures (left) for the supercomputer have suggested a pretty good theory.
我们知道大脑能快速运转，但却缺乏一台超级计算机那样的品质。
The human brain is considered to be pretty quick, but it lacks many of qualities of a super-efficient computer.
这一排名是在周一德国汉堡举行的国际超级计算机会议上公布的。
The newest ranking was made public on Monday at the International Supercomputer Conference in Hamburg, Germany.
你知道，微软没有用来编写与超级计算机兼容的应用软件的编程工具。
You see, there are no Microsoft programming tools to write supercomputer compatible applications.
制造超级计算机并不是很难，但是要想用好它，我们还有很多需要学习。
Making supercomputers is not so hard, but to use them wisely, we still have a lot to learn.
例如，微软想让微软的软件的在手表、超级计算机以及一切事物上运行。
Microsoft, for example, wants Microsoft software running on wristwatches, supercomputers and everything in between.
虽然模型很小，创建它们却是一个复杂的，切实需要超级计算机的过程。
But while the models are small, creating them is a complicated process that does in fact require a supercomputer.
然而，其中涉及到的空气动力学原理则极端复杂，需要超级计算机破解。
But the aerodynamics involved are extremely complex and required a supercomputer to crack.
世界上最强大的超级计算机将超出你的想象，只有方糖大小并且更加节能。
The world's most powerful supercomputer could be the size of a sugar cube and more energy efficient than you might ever imagine.
世界上最强大的超级计算机将超出你的想象，只有方糖大小并且更加节能。
The world's most powerful supercomputer could be the size of a sugar cube and more energy efficient than you might ever imagine.
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