But quantum bits, known as qubits, can be both zero and one at the same time.

但是量子比特可以同时代表0和1。

Because the bits in quantum computing, called quantum bits or qubits, can actually be 0 AND 1 at the same time.

因为量子计算中的二进制位被称为“量子比特”或“量子位”，它们能同时既是“0”又是“1”。

And a quantum bit can be in any superposition of zero and one.

一个量子位可以是零和一的任意叠加。

But quantum computers could use quantum bits called qubits, by using a single electron.

但是量子计算机可以通过使用单个电子来使用称为量子位的量子位。

A quantum computer is completely different. A quantum bit has a more fluid, nonbinary identity.

量子计算机则完全不同。量子位具有更流畅的非二进制身份。

Quantum mechanics comes along and says, actually, instead of a bit you have what is called a quantum bit or a qubit.

量子力学出现并说，实际上，你拥有的不是比特， 而是所谓的量子比特或量子比特。

You’ve probably heard about quantum computing, which uses quantum bits, or qubits, instead of the ones and zeroes our regular computers use.

您可能听说过量子计算，它使用量子比特或量子比特，而不是我们常规计算机使用的 1 和 0。

Using units of information called quantum bits or qubits, these computers can solve multiple problems simultaneously and operate millions of times  faster than traditional computers.

使用称为量子比特或量子比特的信息单元，这些计算机可以同时解决多个问题， 并且运行速度比传统计算机快数百万倍。

Now, the fundamental unit of information of a quantum computer, it's called a " qubit." It stands for " quantum bit." Instead of having just two states, like zero or one, a qubit can be an infinite number of states.

现在，量子计算机的基本信息单位被称为“量子比特”。它代表“量子比特”。一个量子比特可以是无限数量的状态，而不是只有两种状态，如零或一。