He wrote his doctoral thesis on electromagnetism.

他写有关电磁学的博士论文。

Magnetism is one part of a dual force, electromagnetism.

电磁。

No force — not gravity or electromagnetism or anything — can cross it.

没有任何力量——重力、电磁或任何东西——能穿过它。

How electrons begin to move in the first place is a result of a force of nature called electromagnetism.

电子如何开一种被称为电磁力的自然力的结果。

Quantum mechanics can describe electromagnetism and the strong and the weak force that works inside atoms, but it can't describe gravity.

量子力学可描述电磁力和原子内部的强力和弱力，但不能描述引力。

They are the fields of thermodynamics electromagnetism and even nuclear physics so very important branches.

它们热力学、电磁学甚至核物理学等领域，所非常重要的分支。

The way that we see regular matter is through interactions with electromagnetism.

我们看到普通物质通过它与电磁力的相互作用。

So Michael Faraday was the guy who coined the word electromagnetism.

所迈克尔·法拉第就提出“电磁学”这个词的人。

We have gravity, electromagnetism and then finally the strong and the weak nuclear force.

我们有引力、电磁力，最后还有强核力和弱核力。

And heavy metals insulate electromagnetism, and they insulate frequency.

而重金属能隔离电磁波，也能屏蔽频率。

And you might recall in electromagnetism, we make electromagnetic waves in a simple way.

你可能记得，在电磁学中，我们一种简单的方式制造电磁波。

Together, they form a force called electromagnetism.

它们共同形成了一种名为电磁力的力量。

Get your head around electromagnetism and stuff.

搞懂电磁学这些东西。

But he put them together, to create a new, complete understanding of electromagnetism.

但他将它们放在一起，创造了对电磁学的全新理解。

I describe it as an acute allergy to electromagnetism.

我称之为对电磁的急性过敏。

His theoretical work in electromagnetism, thermodynamics, and the wave theory of light was equally revolutionary.

他在电磁学、热力学和光波理论方面的理论工作同样具有革命性。

Electrical engineering is a broad field which utilizes electromagnetism in many different ways.

电气工程一个广泛的领域，它许多不同的方式利用电磁学。

All of that is still electromagnetism though.

所有这些仍然属于电磁力的范畴。

Faraday realized the potential of electromagnetism.

法拉第意识到了电磁学的潜力。

Well electromagnetism is the same way.

嗯，电磁力也这样。