What is the translation of " 在量子计算机 " in English?

• on a quantum computer

Examples of using 在量子计算机 in Chinese and their translations into English

科学家正在研究量子计算机的新光学效应。
Scientists study new optical effects for quantum computer.

这两种方法在量子计算机中都不可能。
Neither is possible in a quantum computer.

在量子计算机中，规则改变了。
In quantum computers the paradigm is changed.

谷歌在量子计算机再次突破，公布72量子位处理器.
Google once again breakthrough in the quantum computer, released 72 qubits processor.

在量子计算机中不是这样。
But that is not so for quantum computers.

在量子计算机领域，这只是开头。
With quantum computers, this is just the beginning.

可能已经抢在量子计算机.
Probably ends up in quantum computing.

在量子计算机中，规则改变了。
In a quantum computer the rules are changed.

大众汽车集团的专家们已经在量子计算机上成功模拟了氢化锂和碳链等关键分子。
The Volkswagen experts have already successfully simulated key molecules such as lithium-hydrogen and carbon chains, on a quantum computer.

他们将整个运算分解为一系列可以在量子计算机上执行的逻辑运算。
They broke it down into a sequence of logic operations that can be executed on a quantum computer.

到目前为止，在量子计算机上被分解的最大的数字是15--只有4比特长。
The biggest number factored so far on a quantum computer is 15- just 4 bits long.

正如甘伯塔所说:“我们真的不知道‘Hello,world'在量子计算机上是什么样子。
As Gambetta puts it:“We don't really know what the equivalent of‘Hello, world' is on a quantum computer.”.

在未来，经典计算机所能解决的任何问题，理论上也可以在量子计算机上解决。
In the future, any problem a classic computer can solve could, in theory, also be solved on a quantum computer.

当有3个人需要分配给2辆车时，我们需要在量子计算机上执行的操作次数是1。
Whenever there are 3 people we must divide into two cars, the range of operations we want to do on a quantum computer is 1.

在量子计算机中，这些错误可能来自有问题的电路元件、或者量子比特与周围环境之间的相互作用。
In quantum computers, these errors may come from problematic circuit elements, or the interaction between qubits and their surroundings.

他认为机器学习可能在量子计算机在更可靠的地方发挥关键作用。
He suggests that machine learning might play a key role in making quantum computers more reliable.

在“西克莫”之前，美国在量子计算机方面进展缓慢，遭受了许多挫折。
Before the Sycamore, US progress on quantum computers had been slow and had suffered many setbacks.

也许他会在量子计算机的帮助下度过一段轻松的时光。
Perhaps he would have had an easier time with help from a quantum computer.

可以确定的是，在谈论量子计算机的发展上离不开提到英特尔公司的最新成就：17位量子超导芯片。
Of course, you can't talk about quantum computers without bringing up Intel's latest achievement: their 17-qubit superconducting chip.

在量子计算机中，这种误差产生于非理想的电路元件及量子位与它们周围环境的相互作用。
In a quantum computer, such errors arise from the non-ideal circuit elements and the interaction of the qubits with the environment around them.

在量子计算机中，两个量子位也可以代表完全相同的四种状态(00、01、10或11)。
In a quantum computer however, two qubits can also represent the exact same four states(00, 01, 10, or 11).

安全，特别是在量子计算机方面，也是一个问题。
Security, especially in terms of a quantum computer, is also a problem.

但是在量子计算机中，每个量子比特都会对围绕四周的其他量子比特产生影响，通过互相作用来产生一个解决方案。
But in a quantum computer, each qubit affects the other qubits around it to work together to come up with a solution.

但是在量子计算机时代，人们可能会犹豫：是否会有一条路，绕过Landauer准则；.
But in the era of quantum computers, one may wonder if there is a way around the principle;

在量子计算机发展的早期阶段，我们将拥有运行计算最佳、保真度最高的量子比特。
In these early days of development in quantum computers, we will have the best, highest fidelity qubits on which to run computations.

在量子计算机中，进步的不仅仅是速度，”说悉尼科技大学的量子理论学家MichaelBremner说道。
With quantum computers, progress is not just about speed,” said Michael Bremner, a quantum theorist at the University of Technology Sydney.

但文章也指出，在量子计算机投入实际应用前还需开展更多工作，比如实现可持续的容错运算。
However, he notes that more work needs to be done before quantum computers become a practical reality, such as producing sustained, fault-tolerant operations.

然而，在量子计算机的存储器中，初始数据的所有2^n组合都是同时存在和处理的。
However, in the quantum computer's memory, all 2^n combinations of initial data is present and processed simultaneously.