What is the translation of " 的量子技术 " in English?

• quantum technologies
• quantum technology

Examples of using 的量子技术 in Chinese and their translations into English

的阿尔托量子技术卓越中心.
Aalto 's Center for Excellence in Quantum Technologies.

和应用国家使命的量子技术.
The National Mission of Quantum Technology and Application.

但是原子钟为我们现在所称的量子技术铺平了道路”，它们最初是作为大型桌面设备出现的。
But the atomic clock paved the way for what we now call quantum technologies," and they began as large tabletop devices.

在他们选定的量子技术之外，客户和APN合作伙伴可以使用AmazonBraket开发者工具包设计量子算法。
Independent of their chosen quantum technologies, customers and partners can design quantum algorithms using the Amazon Braket developer toolkit.

尽管使用了最先进的量子技术，但花了数周时间才从六个光子收集足够的数据以生成足够的统计数据。
Despite using the most advanced quantum technology, it took several weeks to gather enough data from just six photons to get enough statistics.

这项投资将在未来五年内为俄罗斯研究人员提供资金，以开发实用的量子技术并实现量子优势。
The investment will provide leading Russian researchers with funding over the next five years to develop practical quantum technologies and realize quantum supremacy.

尽管使用了最先进的量子技术，但花了数周时间才从六个光子收集足够的数据以生成足够的统计数据。
Despite using state-of-the-art quantum technology, it took weeks to collect sufficient data from just six photons to generate enough statistics.

BitcoinCandy是该项目的加密货币，其想法是反对未来能够侵入数字货币的量子技术。
Bitcoin Candy is the project's cryptocurrency, the idea of which is to oppose the quantum technologies capable of hacking digital currencies in the future.

这两个科学家们不仅奠定了基础，为未来的量子技术，但也有在这个方向积极努力。
Not only have the two scientists laid the foundation for future quantum technology, they have also actively worked toward achieving this.

科学家说，理解时间晶体可能会导致原子钟，陀螺仪和磁力计的改进，并有助于建立潜在的量子技术。
Scientists say that understanding time crystals may lead to improvements in atomic clocks, gyroscopes, and magnetometers, as well as aid in building potential quantum technologies".

他们的努力将导致开发出更高速、更强大的量子技术。
Their attempts could result in the development of faster, more robust quantum technologies.

他们的努力将导致开发出更高速、更强大的量子技术。
Their efforts may lead to the development of faster, more powerful quantum technologies.

其工作包括在拥有约110名员工的阿尔托量子技术卓越中心进行的工作。
Efforts include work being done at Aalto's Center for Excellence in Quantum Technologies, which has about 110 people.

如果这些成就是真的，那大量的量子技术可能在未来的几十年蓬勃发展。
If that's true, a plethora of quantum technologies are likely to blossom in the decades ahead.

研究人员发明了一种让不同类型的量子技术使用声波相互“交谈”的方法。
Researchers have invented a way for different types of quantum technology to“talk” to each other using sound.

能够加强传感的量子技术的兴起也将在未来几年为军事技术格局带来重大改变。
The rise of quantum technologies that enhance sensing will also dramatically change the landscape of military technologies in coming years.

研究人员发明了一种让不同类型的量子技术使用声波相互“交谈”的方法。
Researchers have invented an innovative way for different types of quantum technology to"talk" to one another using sound.

此前媒体报道的量子技术经常聚焦在其对隐私和密码分析（用来解密隐藏信息）的影响。
Past press coverage of quantum technologies has often focused on their implications for privacy and cryptanalysis(used to reveal hidden information).

先进的纳米结构正在对基于光的量子网络的量子技术进行革新。
Advanced nanostructures are well on their way to revolutionising quantum technology for quantum networks based on light.

由圣安德鲁斯大学（苏格兰圣安德鲁斯）的研究人员领导的一个260万欧元的项目PhoG（见下文）是10亿欧元计划的一部分，该计划旨在促进欧洲的量子技术。
A €2.6m project, led by researchers at the University of St Andrews, is part of a €1 billion scheme to boost quantum technologies in Europe.

除此之外，新的研究也与未来的量子技术有关。
The study will also be relevant for future quantum technologies.

但是，并不是所有的“量子技术”都是真正的科学。
But, alas, not all“science” is real science.

但是它的磁场确实打破了时间反演对称性，我们预计这些设备将在未来的量子技术中得到应用。
But its magnetic field does break time-reversal symmetry as advertised and we expect these devices will find applications in future quantum technologies.

相较于中国的投资，截至2016年，美国的量子技术研究每年受到的政府资助仅有3亿美元。
In comparison to China's investments, U.S. government-funded research in quantum technology, stood at just $300 million a year as of 2016.

使用量子技术的安全加密技术已经成为一种商业产品，一些能够精确感知、成像或测量的量子技术亦然。
Secure encryption using quantum technology is already a commercial product, as are some quantum-enabled technologies that sense, image or measure at exquisitely precise scales.

了解有关物质的这些阶段的更多信息可以帮助研究人员更好地理解基本量子行为，并可能为未来的量子技术做出贡献。
Learning more about these phases of matter could help researchers develop a better understanding of fundamental quantum behaviors and possibly contribute to future quantum technology.

纠缠对于21世纪的新量子技术而言至关重要。
Entanglement is of central importance for the new quantum technologies of the 21st century.

然后，寒冷的环境有助于产生增强量子技术所需的量子效应。
The cold environment then is conducive to generating the quantum effects required to enhance quantum technologies.

玻色-爱因斯坦凝聚物与当前的量子技术提案之间没有直接联系。
There is no direct link between Bose-Einstein condensates and current proposals for quantum technology.

量子技术中心的.
Centre for Quantum Technologies.