quantum computing发音

意思翻译

量子计算

相似词语短语

computing───n.计算；处理；从事电脑工作；v.计算（compute的现在分词形式）

intelligent computing───智能计算

quantum mechanics───[量子]量子力学（解释次原子粒子运动和质量）；n.量子力学

quantum mechanic───量子力学

computing system───计算（机）系统; 计算机系统；[计]计算系统

trusted computing───可信计算

trustworthy computing───可信赖的计算

clouding computing───云计算

quantum physics───n.[量子]量子物理学；量子力学

双语使用场景

As Yelin explains, there are several components to quantum computing.───正如叶林的解释，量子计算机有几个组件。

It's a subtle distinction, but one that is critical in quantum computing.───这是一个细微的区别，但却是量子计算中的一个重要区别。

Visualizing a quantum computing problem.───量子计算问题形象化。

But, if I could try all of the possibilities at once, it would be a different story. And that's kind of how quantum computing works.───但是，如果我能一次尝试所有的可能性，这将是一个不同的故事。这就是量子计算机的工作方式。

Huntington says being able to demonstrate this will enable researchers to take the next step in quantum computing.───亨廷顿说，能够证实这一点有将助于研究人员在量子计算领域更进一步。

Those who argue against this claim that the brain can be modelled on a Classical level and that quantum computing need not be invoked.───反对这项研究结果的人称人脑在经典物理层面上能够被模拟，而在这一层面上，量子级别的计算也不需要激发即可进行。

The original goal of quantum computing was to simulate the behavior of arbitrary quantum systems using a small set of basic components.───量子计算最初的目标是使用很少一部分基本元素模拟变化多端的量子系统的行为。

Many thousands of qubits would be necessary to make quantum computing useful.───要想让量子计算具有使用价值，数千个量子位是必要的。

QUANTUM computing is not the only game in town when it comes to creating a new computing paradigm.───量子计算逐渐引起一种新的计算模式时，它在当时不是唯一主导模式。

英语使用场景

One such returnee is Fan Heng, a quantum computing expert who left UCLA in 2005 for the Chinese Academy of Sciences.

Most of these candidate systems, such as atoms and semiconducting quantum dots, work for quantum computing, but only at very low temperatures.

Due to the potential application in spin electronics and quantum computing, semiconductor resonant tunneling and zero-dimensional quantum dot system have been widespread attention in recent years.

Quantum computing will be strictly mainframe for the foreseeable future.

His research interests include analysis of algorithms, computational complexity, cryptography and quantum computing.

Especially, the supermolecule -dimer is an excellent candidate in designing the quantum computing devices.

The Yale team asserts that its hulking size is an advantage over other quantum computing designs.