Summary of HOY SÍ que vas a entender el ELECTROMAGNETISMO

00:00:00 - 00:10:00

In this video, physicist André-Marie Ampère discusses the early development of the theory of electromagnetism. He talks about how magnetism creates electricity and how electricity can create magnetism. He also discusses a French scientist, Michael Faraday, and his groundbreaking experiments in electricity and magnetism. Finally, Ampère talks about how Maxwell's theory of electromagnetism is based on the concept of a field.

• 00:00:00 In 1865, James Clerk Maxwell put the finishing touches on the theory of electromagnetism with a historical paper on dynamic electromagnetism. With this paper, he closes 2000 years of observations and theories on electricity and magnetism. Today, far from Maxwell's original theories ready for use in the brain, I present you six basic and easy to understand facts about electromagnetism. One of the most common and familiar phenomena in nature is electricity, which everyone has experienced at some point. Electricity is also a very common and normal phenomenon that has been known since antiquity. Electrons, one of the fundamental building blocks of atoms, are charged, and as a result produce electric fields. Today, we understand electricity as a movement of electrons in a conductor, and this is the basis for, for example, the calculation of electricity and modern electronics. Electrons also play a major role in the development of modern technology, such as electric motors. One of the most important applications of magnetism is in the modern world, where it is used to power electric motors. Maxwell's theory of electromagnetism is a foundation for modern physics, and has important practical applications in the modern world.
• 00:05:00 In this video, physicist André-Marie Ampère discusses the work he did in the early 1800s to develop the theory of electromagnetism. He talks about how magnetism creates electricity and how electricity can create magnetism. He also discusses a French scientist, Michael Faraday, and his groundbreaking experiments in electricity and magnetism. Finally, Ampère talks about how Maxwell's theory of electromagnetism is based on the concept of a field.
• 00:10:00 In the 1800s, physicist James Clerk Maxwell developed the laws of electromagnetism, which are still in use today. One of Maxwell's most incredible achievements was the discovery that light is an electromagnetic wave. He also found out that the speed at which light travels is the same as the speed of electricity. This was a huge discovery, as it allowed scientists to conclude that light itself is an electromagnetic disturbance and propagates through the electromagnetic field according to the laws of electromagnetism. Initially, Maxwell's development was largely ignored, but after hard work by later scientists such as Oliver Heaviside and Heinrich Hertz, Maxwell's work was finally fully understood. Today, electromagnetism is the foundation of modern communications, and Maxwell's findings are responsible for many advances in physics. This video explains Maxwell's six key insights into electromagnetism, and concludes with a sneak peak of the next video, in which we will be discussing his famous equations one by one. So make sure to stay tuned, because this week we have a special guest, and we will be discussing optics next week. Thanks for watching!