It's like a subatomic locker room in here.

像是亚原子衣帽间。

Oh, I'm gonna go see Kip Thorne give a lecture on subatomic spacetime.

我要去听基普? 索恩博士的亚原子时空讲座。

This describes how sub-atomic particles behave on teeny scales.

它描述了亚原子粒子在极细微的行为。

Trillions of these subatomic particles pass clean through your body every second.

每秒有上万亿颗种亚原子微粒穿过你的身体。

Every bound thing becomes unbound including, eventually at the most subatomic level.

所有结合而成的物体都会被分裂，最终亚原子层的物质都会被分裂。

Physicists probably know all the subatomic particles that make up matter.

物理家可能了解所有构成物质的亚原子粒子。

Instead, the image is based on subatomic particles called neutrinos.

取而代之的是，幅图像是基于被称为中微子的亚原子粒子。

Quantum physics says that atoms and subatomic particles behave in odd ways.

量子物理认为原子和亚原子粒子的行为方式很奇怪。

The focus of research here has been shifting away from subatomic physics toward the stars.

的研重点正逐渐从亚原子物理转向研恒星。

What? That's absurd. Penny has no interest in subatomic particle research.

什么 太荒谬了 佩妮对亚原子粒子的研感兴趣。

All right. Leonard is attempting to learn why subatomic particles move the way they do.

好吧, 莱纳德正致力于研出为何亚原子粒子会像现在样运动。

But we might be able to search for them by using certain subatomic particles as probes.

但是，我们或许能够寻找它们，通过使用某些亚原子粒子作为探针。

Maybe " Chi" is the ancient Chinese word for the subatomic universe.

也许" 气" 在古代汉语是" 亚原子宇宙" 的意思。

The difficulty, rather, is spotting signs of it in the jetsam of subatomic debris these machines produce.

然而，困难在于如何在些机器制造的亚原子碎片衍生物中辩认出它的踪迹来。

In general, atoms are made up of three subatomic particles: protons, neutrons, and electrons.

一般来说，原子是由三个亚原子粒子组成的：质子、中子和电子。

It is material so hot that some or all of its atoms are split into high-energy subatomic particles.

它是一种非常炽热的材料，以至于它的部分或全部原子都分裂成高能亚原子粒子。

Well, whether you see it or not is irrelevant. I can't see subatomic particles, but nevertheless, they're there.

你看看得出来没关系 我也看到亚原子粒子 但论任何它们是存在的。

So quantum mechanics does very well describing everything that's, that's subatomic, everything that we can't see, that's very small.

量子力可以很好地描述所有亚原子的东西，所有我们看到的，非常小的东西。

Even atoms and subatomic particles will be destroyed.

甚至原子和亚原子粒子也会被摧毁。

Named after Peter Higgs, who predicted it over 45 years earlier, it explains how subatomic particles gain mass.

希格斯玻色子以彼得·希格斯命名，他早在45多年前预言该粒子的存在，希格斯玻色子解释了亚原子粒子是如何获得质量的。