He wrote his doctoral thesis on electromagnetism.

他写有关电磁学的博士论文。

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

它们是热力学、电磁学甚至核物理学等领域，所以是非常重要的分支。

Paleomagnetism is one of the most important tools in building a model like this.

古地磁学是构建此类模型最重要的工具之一。

The term galvanism comes from Luigi Galvani, an Italian physician and a pioneer in bioelectromagnetics.

电镀术这一术语来源于意大利医生及生物电磁学先驱路易吉·伽伐尼。

Cerium is also used in permanent magnets for obvious applications in magnetism.

铈也用于永磁体，显然在磁学领域有明显应用。

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

所以迈克尔·法拉第就是提出“电磁学”这个词的人。

And so did you learn how gravitational and electromagnetic sources affect a vector field?

那你学到重力和电磁学源是如何影响向量场的了吗？

Get your head around electromagnetism and stuff.

搞懂电磁学这些东西。

For AP Physics C: Electricity and Magnetism I only, " only" , have  roughly 13 hours of videos specifically for that exam organized in logical order on my website with  lecture notes for each of those videos.

对于AP物理C：电学和磁学这门课程，我只有大约13小时的视频， 这些视频都是按照逻辑顺序组织的， 并且每段视频都有讲义。

One was John Hasbrouck van Vleck, a physicist and mathematician who had been at Harvard when Oppenheimer arrived there in 1922. He was subsequently awarded a Nobel Prize in 1977 for his work on electronic magnetism.

其中一位是约翰·哈斯布鲁克·范弗莱克，他在1922年奥本海默到达哈佛时就在那里担任物理学家和数学家。他后来因为在电子磁学方面的工作于1977年获得了诺贝尔奖。

So you know of James Clerk Maxwell, and he invented the laws of electromagnetism, which is the first example of a unification principle ever displayed by the human mind in history.

所以你知道詹姆斯·克拉克·麦克斯韦， 他发明了电磁学定律，这是历史上人类思维首次展示统一原理的例子。

On one end we describe how the fundamental particles work and interact with each other with quantum field theory which explains electromagnetism and the nuclear strong and nuclear weak forces.

一方面，我们用量子场论描述基本粒子如何工作和相互作用，该理论解释了电磁学以及核强力和核弱力。

Our computers add using really complex energy-consuming transistor circuits, but neurons just directly add their voltage inputs, because Maxwell's laws of electromagnetism already know how to add voltage.

我们的计算机通过极其复杂且耗能的晶体管电路进行加法运算，而神经元则直接对其电压输入进行相加，因为麦克斯韦的电磁学定律已经掌握了如何进行电压相加的原理。

This is a part of electrical engineering because it still deals with electromagnetism, but it is distinct enough because of its focus on light specifically.

这是电气工程的一部分， 因为它仍然涉及电磁学，但由于其专门聚焦于光的研究， 因此又具有足够的独特性。

This sought to reconcile an equation which the Scottish mathematician and scientist, James Clerk Maxwell, had devised in the early 1860s regarding electricity and magnetism.

这旨在调和苏格兰数学家和科学家詹姆斯·克拉克·麦克斯韦在19世纪60年代初提出的一个关于电学和磁学的方程。

Once more, we're going to turn to science, only this time it's the science of magnetism that we're turning to.

再一次，我们要转向科学，只是这次是磁学我们正在转向。

Combine quantum physics with neuroscience and neuroendocrinology and psychoneuroimmunology and epigenetics and electromagnetism and Newtonian physics and all that stuff.

将量子物理学与神经科学、神经内分泌学、心理神经免疫学、表观遗传学、电磁学、牛顿物理学以及所有这些领域结合起来。

John Mitchell 1724-1793 English clergyman John Mitchell studied a wide range of scientific fields including seismology, magnetism and gravity.

约翰·米切尔（1724-1793）， 英国牧师， 广泛涉猎科学领域，包括地震学、磁学和引力研究。

Well, in the year 1600, an English physician named William Gilbert wrote a book about magnetism called De Magnete.

好吧，在1600年，一位名叫威廉·吉尔伯特的英国医生写了一本关于磁学的书，名为《论磁石》。

Incredible! Gravity Falls' Natural Law of Weirdness Magnetism.

难以置信 重力泉的怪诞磁学自然法则。