There were no transistors in the box, no wires or tubes.

木盒里没有晶，没有电线，也没有真空。

One of its recent products, the H100 GPU, has 80 billion transistors.

其最新产品之一H100图形处理单元拥有800亿个晶。

But even a present-day transistor operates at the Gigahertz.

但是就算是现在的电晶 都以千兆赫的频率运行。

We are talking about this fuel atoms in each silicon transistor.

我们想做的是每个硅晶中的这种燃料原子。

He says researchers want transistors to be seen through and soft.

研究者希晶是透明的、柔软的。

Ones and zeroes representing the on and off states of the transistor.

“1”和“0”代表晶的开关状态。

Just a few millimeters, they're inside here, yet they contain thousands of transistors.

只有几毫米，它们就在这里，但它们包含了数千个晶。

And you go on through transistors. And suddenly you are in the digital age.

然后通过晶递声音，最后我们突然间进入了数码时代。

First it was stored in tubes, then on transistors and later on very small chips.

开始记忆被存放于电子里，然后是晶和后来更小的晶片。

The key metrics of the performance of the chips actually the size of the transistors.

衡量芯片性能的关键指标实际上是晶的大小。

Almost immediately, transistors could be made smaller than the smallest possible relays or vacuum tubes.

晶几乎可以制造得比世上最小的继电器和真空还要小。

Get your batteries out to get your flashlights out, to get your transistor radio out.

出门要带上手电筒, 电池，还有收音机。

We are trying to make the next generation transistors better devices than current technologies.

我们正在努力使下一代晶成为比当前技术更好的器件。

One of the main functions of a transistor is to switch an electrical signal on and off.

晶的主要功能之一是开关电信号。

The atomic transistor works, as its name suggests, by shuffling individual atoms around within the device.

原子晶的工作方式就像它名字所示的那样，是通过移动该元件内部的单个原子进行工作的。

Scientists in the United States have announced the creation of the first transistor with only two dimensions.

美国科学家宣布创造出首个二维晶。

Yet, nestling amid the quarks and transistors and the nucleic acids and nanotubes, there is a question.

然而，就在夸克、半导、核酸和纳米等 涌现的同时，出现了一个问题。

Cracking this problem—so that transistors can act as their own non-volatile memory—would make all computers faster.

解决这个问题——以便于让晶使用自身的非易失性半导存储器——将会让所有的电脑运行速度更快。

A14 Bionic has a smaller five-nanometer transistor, which pushes the most powerful chip in a smartphone...generations ahead.

A14仿生的5纳米制程晶，让这款iPhone最快的芯片大大超前。

We want to use self-assembling materials to naturally form the periodic structures that we need for our transistors.

我们希使用自组装材料来自然地形成晶所需的周期结构。