Special Relativity | Lecture 18 | Maxwell Equations and Special Relativity

#SpecialRelativity #MaxwellEquations

In this video lecture Maxwell equations are discussed. How we can get electromagnetic wave equations from maxwell equations. The video starts with time dilation and the requirement of relativity to satisfy maxwell equations. we will write Maxwell equations in both integal and differential form sometimes loosely refered as derivation of Maxwell equations. After that electromagnetic wave equations are derived form maxwell equations. discussion goes further to justify how the speed of light is same for all observers and is independent of how the observer is moving or what’s the speed of the observer and also about how Einstein came on that conclusion without any actual experiment.

Special Relativity | Lecture 18 | Maxwell Equations and Special Relativity | Part 1

[embedyt] https://www.youtube.com/watch?v=ElXJZ9EZ7Gk[/embedyt]

---

Special Relativity | Lecture 18 | Maxwell Equations and Special Relativity | Part 2

---

Special Relativity | Lecture 18 | Maxwell Equations and Special Relativity | Part 3

All the course materials and video links will be available on the below link:
http://scienceteen.com/special-relativity/

Join Ramanujan Research Institute
https://www.ramanujanresearchinstitute.org/
For offline free courses contact us.

Credits:
Thumbnail Image: https://arktimes.com/rock-candy/2019/07/22/slideshow-worlds-largest-tesla-coil-bolts-into-little-rock
Music: Bensound.com