![[影片] 美國物理學權威專家:在量子計算機方面,中國已經領先美國!](https://attach.mobile01.com/attach/202012/mobile01-3f11e77c38f9e0b1665aa614f6008906.png)
大家可以從影片從10分28秒開始看
加来道雄,和族,科学家,1947年(丁亥年)1月24日出生于美国加利福尼亚州圣何塞。科学畅销书作者,美国著名高等学府加州大学伯克利分校(UC Berkeley)物理学博士、纽约城市大学研究生中心的理论物理学教授,超弦理论的专家。
![[影片] 美國物理學權威專家:在量子計算機方面,中國已經領先美國!](https://attach.mobile01.com/attach/202012/mobile01-ebe067bf403c4fae265b8fbc83439a03.png)
![[影片] 美國物理學權威專家:在量子計算機方面,中國已經領先美國!](https://attach.mobile01.com/attach/202012/mobile01-5e8465667d416d84df841c1b204dc9e9.png)
![[影片] 美國物理學權威專家:在量子計算機方面,中國已經領先美國!](https://attach.mobile01.com/attach/202012/mobile01-dbc7f723796e4fca11abce1b3262212e.png)
然后,我们再看下国际权威的评价:
Ignacio Cirac
德国马普所所长 沃尔夫奖得主 富兰克林奖章得主
The work is a breakthrough in the field of quantum science and technology in general. It's a a big step towards building devices that offer some advantage based on quantum physics as respect to classical devices.
总体来说,这是量子科技领域的一个重大突破,朝着研制相比经典计算机具有量子优势的量子设备迈出了一大步。
I think that' it's a huge technological effort which is behind this result. So I think the laboratory of professor pan is a unique place in the world where these things are happening.
我相信这项成果背后付出了巨大的技术努力。潘教授的团队在世界上独一无二的,他们产生了包括这个实验在内的很多重大成果。
Anton Zeilinger
奥地利科学院院长 沃尔夫奖得主 美国科学院院士
This work is really very important. There is an ongoing development worldwide to have a quantum computing system which shows that quantum computers can do things better than conventional computers.
这项工作确实非常重要。全世界正在研发量子计算,致力于展示超越常规计算机的能力。
This is called quantum supremacy. What this work now shows is important because Jian-Wei Pan and his colleagues demonstrate that quantum supremacy is also possible with quantum computers based on photons, on particle of light.
这称为“量子计算优越性”。这项工作成果很重要,因为潘建伟和他的同事证明,基于光子(光的粒子)的量子计算机也可能实现“量子计算优越性”。
Actually, this Gaussian Boson Sampling is already something useful.
实际上,这种高斯玻色子采样已经有一些用处。
I predict that there is a very good chance, at someday quantum computers might be used very broadly. Maybe even by everyone.
我预测很有可能有朝一日量子计算机会被广泛使用。甚至每个人都可以使用。
I’m extremely optimistic in that estimate, but, you know, we have so many clever people working on these things, including my colleagues in China. So, I’m sure we will see quite rapid development.
我对这个估计非常乐观,有很多聪明人在做这些事情,包括我的中国的同事。因此,我确定我们会看到相当快的发展。
Dirk Englund
麻省理工学院教授 美国青年科学家总统奖得主 斯隆奖得主
This is a momentous result.
这是一个划时代的成果
I think it's a remarkable achievement. It’s a milestone in development these intermediate scale quantum computers. it shows That we are at the cusp of something very special in this frontier to complex systems that have a complexity that we cannot predict on our computers today. So, it's a remarkable achievement, I think a milestone in the field. so, I congratulated them.
我认为这是一个了不起的成就。 这是开发这些中型量子计算机的里程碑。 它表明,在复杂系统的前沿领域中,我们正处于非常特殊的时刻,复杂系统具有我们今天无法在计算机上预测的复杂性。 因此,这是一项了不起的成就,我认为这是该领域的一个里程碑。 所以,我向他表示祝贺。
Peter Zoller
美国科学院院士 沃尔夫奖得主 狄拉克奖章得主
Demonstrating quantum superiority with today's quantum devices in problems of increasing complexity is one of the outstanding problems in quantum science. The experiment by Chao-Yang Lu and Jian-Wei Pan on Gaussian boson sampling with photons takes all this to a new level, both in terms of the size and scaling of a quantum system, but also in view the promise of impact to real world applications.
利用量子器件来解决日益复杂的问题并体现量子优势是量子科学前沿中的最重要问题之一。陆朝阳、潘建伟和同事们基于光子进行的高斯玻色子采样实验,无论是在量子系统的大小和扩展性方面,还是在实际应用的前景方面,都把研究水平提升到了一个新的高度。
Steven Girvin 美国耶鲁大学教授 布鲁克海文国家实验室量子优势合作设计中心主任 美国艺术和科学院院士 巴克莱奖获得者
This was an extremely difficult and required a great deal of effort to perfect. And I was very impressed by it. I think it represents an important technical advance in our ability to control the quantum systems.
这是一个极其困难的,需要付出很大的努力来完善的工作。对此我印象非常深刻,我认为这是我们控制量子系统能力的重要技术进步。