What is the translation of " QUANTUM BITS " in Chinese?

• 量子比特
• 量子位

Examples of using Quantum bits in English and their translations into Chinese

They encode information as Quantum bits, or qubits.
它们将信息编码为量子比特，它们可以叠加存在。

Through this connection, quantum bits of information- qubits- can be relayed using only traditional forms of classical communication.
通过这种连接，信息的量子比特-量子比特-可以仅使用传统形式的经典通信来中继。

So physicists have been on the lookout for a way to make quantum bits more stable.
为此,物理学家们一直在寻找使量子比特更稳定的方法。

A massive entangled network of 20 quantum bits has brought a quantum computer closer to reality.
一个由20个量子比特组成的巨大纠缠网络使量子计算机离现实更近一步。

She heard the quantum information theorist John Preskill give a talk in Leiden describing the advantages of quantum bits for communication.
她听到量子信息理论家JohnPreskill在Leiden发表演讲，描述量子比特在通信方面的优势。

In one study, they entangled two quantum bits using sound for the first time;
在一项研究中，他们首次使用声音纠缠了两个量子比特；.

Such a verification mechanism is the prerequisite for even more complex quantum simulations, because the necessary number of quantum bits increases sharply.
这种验证机制是更复杂的量子模拟的先决条件，因为必要数量的量子比特急剧增加。

In leap for quantum computing, silicon quantum bits establish a long-distance relationship….
在leap量子计算中，硅量子比特建立了长距离的关系.

There are concepts like entanglement that have no counterpart in today's computers,” says Held, referring to the strange statistical rules that quantum bits obey.
有像纠缠这样的概念在今天的计算机上没有对应物,"持有,指的是量子比特服从的奇怪的统计规则。

While classic bits can have a value of only 0 or 1, quantum bits can exist in multiple states at once.
而经典比特只能有一个值0或1,量子位可以存在于多个州。

In addition, if the number of quantum bits increases in this process, there is a problem that the power consumed by the whole computer increases.
另外，如果在该过程中量子比特的数量增加，则存在整个计算机消耗的功率增加的问题。

We don't even know if it is possible to extend quantum computers, and adding quantum bits is likely to lead to double the cost increase.
我们甚至都不知道是否有可能扩展量子计算机，而且，添加量子比特很有可能会带来成倍的成本增长。

Our experiment brings high-quality quantum bits up to a higher level of functionality by allowing them to be programmed and reconfigured in software.".
我们的实验将高品质的量子比特带到了更高层次的功能性，让它们可以在软件里进行编程和重新配置。

IBM, Google and a number of academic labs have chosen relatively mature hardware, such as loops of superconducting wire, to make quantum bits(qubits).
IBM、谷歌和多家学术实验室选择了相对成熟的硬件，排列三字谜：比如超导导线环（loopsofsuperconductingwire），来制作量子比特（qubit）。

However, Bryston is equipped with 72 quantum bits that are superimposed with 0 and 1 information at the same time.
但是，Bryston配备了72个量子比特，它们同时叠加了0和1个信息。

Superconducting quantum bits(qubits) are artificial atoms that use various methods to produce bits of quantum information, the fundamental component of quantum computers.
超导量子比特（简称为量子比特）是人造原子，它们使用各种方法产生量子信息，这是量子计算机的基本组成部分。

About 20 years ago, researchers in Japan pioneered superconducting quantum bits, which required chilling viable metals to extremely low temperatures.
大约20年前，日本的研究人员开创了“超导量子比特”，将某些金属冷却到极低的温度。

Using 53 entangled quantum bits(“qubits”), their Sycamore computer has taken on- and solved- a problem considered intractable for classical computers.
利用53个纠缠量子比特(“量子位”)，他们的梧桐树计算机解决了一个被认为是经典计算机难以解决的问题。

Google's competitor, IBM, released a prototype quantum computer with 7“quantum bits”(qubits)- a measure of the computer's quantum power- in 2001.
Google的竞争对手IBM在2001年发布过具有7个“量子比特”（qubits）的量子计算机原型，量子比特是衡量量子计算机能力的标准。

The eventual goal is to have multiple quantum bits arranged in a two-dimensional grid that can perform even more complex calculations.
最终目标是将多个量子位排列在二维网格中，从而可以执行更复杂的计算。

If someday they tell us that they have made 50 quantum bits, the primary question remains of how many of them are useful.
如果有一天告诉我们做50个量子比特，关键问题是有多少有用位。

However, this method requires more quantum bits because it requires the use of other quantum bits to increase the reliability of complex qubits.
然而，这种方法需要更多的量子比特，因为它需要使用其他量子比特来增加复杂量子比特的可靠性。

The ability to create and control high-performance quantum bits in commercial electronics was a surprise,” says molecular engineer David Awschalom, from the University of Chicago.
在商用电子设备中创造和控制高性能量子比特的能力令人惊讶，」芝加哥大学分子工程教授，首席研究员DavidAwschalom说道。

Your quantum bit can very quickly become an ordinary classical bit..
你的量子比特位会非常迅速地成为普通的经典比特位。

Each of these particles is known as a quantum bit, or qubit, and how these behave forms the basis of quantum computing.
这些粒子中的每一个都被称为量子比特，或者量子位，这些粒子的性质和行为构成了量子计算的基础。

Second, it has solid crystal structure, if the system can perform well at several quantum bit levels, it may expand to a larger scale.
其二，它具有固态晶体结构，如果系统能在几个量子位水平表现良好，就有可能扩展到更大的尺度。

Each of these particles is understood as a quantum bit, or qubit, the nature and habits of these particles form the basis of quantum computing.
这些粒子中的每一个都被称为量子比特，或者量子位，这些粒子的性质和行为构成了量子计算的基础。

A quantum bit can exist in two states at one time, not one state, which is called superposition.
量子位可以同时存在两种状态，而不是一种状态，称为叠加。

In a computer, a bit can take the value of one or zero, but a quantum bit is able to take all values in between.
计算机中的某个位只能取值1或0，但量子位可以取其间的所有值。

A bit in a computer can take only the value one or zero, but a quantum bit can take all values in between.
计算机中的某个位只能取值1或0，但量子位可以取其间的所有值。