This, he called superposition, where a particle exists in a combination of states.

之为叠加，即粒子以多种状态的组合存在。

For example, I could say, my hands are in superposition.

比如说，我可以说，我的双手处于叠加态。

Quantum computers, however, use qubits, or quantum bits, which can exist in a state called superposition.

然而， 量子计算机使用量子比特，它可以存在于一种为叠加态的状态。

Well, friends, in superposition, things can be zero and one at the same time.

朋友们，在叠加态，事物可以同时是零和一。

In quantum physics, we could say that before our observation the cat was in a superposition state.

在量子物理，我们可以说在观测之前，那只猫处于叠加态。

And superposition is the most important concept that we'll cover when talking about how quantum computers work.

而且叠加态是我们讨论量子计算机工作原理时最重要的概。

So one of the unique abilities or properties of quantum computers is this thing called superposition.

所以量子计算机的一个独特能力或特性就是所谓的叠加态。

Quantum Leap The unique properties of superposition enable quantum computers to perform parallel computations.

量子跃迁 叠加态的独特性质使得量子计算机能够执行并行计算。

We read the unique properties of superposition enable quantum computers to perform parallel computations.

我们了解到，叠加态的独特性质使得量子计算机能够执行并行计算。

Even small environmental disturbances, such as temperature changes, can cause qubits to fall out of superposition, resulting in errors in calculations.

即使是微小的环境干扰，例如温度变化， 也可能导致量子比特失去叠加态，从而导致计算错误。

With three qubits, we're working in superposition across eight combinations, and so on.

对于三个量子位，我们在八种组合进行叠加，等等。

This new wave is called a " superposition" of the first two.

这个新的波被为前两个波的“叠加”。

It is the superposition of both of those waves together.

这是这两列波的叠加。

That's one of the lessons from today, like sitting in the thinking in superpositions, right?

这就是今天的一个教训，比如坐在思维的叠加态，对吧？

It's a superposition of dynamics that run through us that make us who we are.

这是一种贯穿我们的动态叠加，正是这些动态塑造了我们的本质。

This is the superposition and probability of the universe.

这是宇宙的叠加和概率。

And that is this idea of entanglement and the ideal of superposition.

这就是纠缠的概和叠加态的概。

For the maze example, the superposition state would contain all the possible routes.

对于迷宫示例，叠加状态 将包含所有可能的路线。

Four qubits in superposition, however, can be in all of those 16 combinations at once.

但对处于叠加态的量子比特表示的数据来说，你可以认为它同时处于这 16 种组合的所有状态。

This is the principle known as superposition.

这个定律被为叠加。