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In this first video of the series, I present Podolsky's electrodynamics, a possible generalization of Maxwell's electromagnetism. To do this, I provide a contextualization of Maxwell's electromagnetism and briefly summarize the theory. Then, I discuss why electromagnetism should be generalized and present some approaches to generalize it. Among these approaches, I focus on talking about Podolsky's electrodynamics, which is an attempt to generalize Maxwell's electrodynamics while maintaining linearity. Video about what it's like to do a Master's in Physics: • What's it like to do a MASTER'S in PHYSICS? ... Here's the Amazon link if you want to buy something there. General Amazon link - https://amzn.to/3s4QFxC The Amazon link above is an affiliate link. So, by purchasing through this link, you help the channel grow immensely and you don't pay anything extra for it! I hope you enjoy the video. And if you liked this type of content, subscribe to the channel and turn on notifications to follow the next videos. Follow me on Instagram: @hiramrodrigues Video chapters: 00:00 Introduction 02:01 Contextualization 06:03 Why generalize electromagnetism? 11:59 Examples of generalizations 15:46 About Podolsky's electrodynamics 17:31 Conclusion Other videos on the channel: • Book recommendations Part 2 • Book recommendations Part 1 • Books to use in the Physics undergraduate... • Books to use in the Physics undergraduate... • Newtonian formalism: why it is ... • Hamiltonian formalism: why it is ... • Lagrangian formalism: why it is ... • WHAT DO THEY HAVE IN COMMON? COMPARATIVE... #research #electrodynamics #physics