Electromagnetic simulator: theory and step-by-step tutorial with MATLAB

🔍 Unlock the Secrets of Electromagnetism with MATLAB! 🔍 In this video, we dive deep into the theory behind electromagnetic simulation and guide you through a comprehensive step-by-step tutorial on developing your own simulator using MATLAB. Whether you're dealing with static objects or those in motion, this tutorial covers it all! ✨ What You'll Learn: - The fundamental principles of electromagnetic theory - How to create an effective simulator from scratch - Techniques for simulating both stationary and moving objects Join us as we break down complex concepts into manageable steps, making it easier for you to apply these principles in real-world scenarios. Don’t forget to like, comment, and subscribe for more insightful content! 00:00:00 Outline 00:00:19 Maxwell's equations 00:01:18 The FDTD Method 00:03:08 Applications of EM theory with moving bodies 00:03:24 History of EM theory involving moving bodies 00:12:14 Lorentz Aether Theory VS Special Theory of Relativity 00:13:41 Defining a Benchmark for relativistic effects 00:14:03 FDTD by changing the reference frame 00:14:45 Proposed Implementation of Motion in FDTD 00:16:34 Matlab Code: main.m file 00:24:46 Matlab Code: file_3d_2_matrix_convertor.m file 00:28:04 Matlab Code: S_update.m file 00:29:59 Matlab Code: G_update.m file 00:30:57 Matlab Code: inpolyhedron function 00:33:19 Matlab Code: PML.m file 00:36:17 Examples of Simulations #Electromagnetism #MATLAB #FDTD #ElectromagneticSimulation #MaxwellsEquations #SimulationTutorial #Physics #Mathematics #Engineering #EMTheory #Relativity #LorentzTheory #MatlabCode #STEM #PhysicsSimulation #MovingObjects #ScientificTutorial #LearnMATLAB #TechTutorial #SimulationEngineering #FDTDMethod #ElectromagneticTheory