Meanwhile, the radiation from the packaging was mostly beta radiation, which is made up of single electrons.

同时，来自包装的辐射主要是由单个电子组成的β辐射。

The same is true of very small numbers like this one. And it's an important number—the charge on a single electron.

像这样非常小的数字也是如此。它是一个重要的数字——单个电子的电荷。

In scientific notation, this is written as 1.6 times 10 to the minus 19, which is the electric charge of a single electron.

在科学计数法中，这被写成1.6 乘以10的-19次幂，即单个电子的电荷。

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。

And while a single electron's motion is random, the overall distribution of them is not.

虽然单个电子的运动是随机的， 但它们的整体分布却不是。

And, that's kinda what they are. Free radicals are atoms or ions that have a single unpaired electron.

而且，这就是他们的样子。 自由基是具有单个不成对电子的原子或离子。

For now, we can reliably teleport single electrons and atoms, which may lead to super-secured data encryption for future quantum computers.

目前，我们可以可靠地传送单个电子和原子，这可能会为未来的量子计算机带来超级安全的数据加密。

This value – the charge of a single electron in Coulombs – is known as the elementary charge, and it’s denoted with a lowercase “e”.

这个值——库仑中单个电子的电荷——被称为基本电荷， 用小写字母“e” 表示。

In 1913, Niels Bohr came up with a simple model for describing these energy levels for a single electron in hydrogen merely assuming circular orbits.

1913 年，尼尔斯·玻尔提出了一个简单的模型来描述氢中的单个电子的这些能级，仅假设圆形轨道。

But instead of being controlled by a current or a flow of electrons, each transistor basically trapped a single electron and stored it spins as information.

但不是由电流或电子流控制，每个晶体管基本上捕获一个电子并将其作为信息旋转存储。

This value – the charge of a single electron in Coulombs – is known as the elementary charge, and it's denoted with a lowercase " e" .

一个负号。这个值，值 一个电子的电荷，以库仑为单位，你知道。