Electromagnetic Theory (EMT) | CSIR NET & GATE PYQs 2011–2025 | Electrostatics , EM Waves скачать в хорошем качестве

Electromagnetic Theory (EMT) | CSIR NET & GATE PYQs 2011–2025 | Electrostatics , EM Waves

#potentialg This video is a complete marathon of Electromagnetic Theory (EMT) for CSIR NET and GATE Physics, covering PYQs from 2011 to 2025 with detailed explanations and problem-solving approaches. 📘 Topics Covered: ✔ Electrostatics: • Gauss’s Law • Laplace & Poisson Equations • Boundary value problems ✔ Magnetostatics: • Biot-Savart Law • Ampere’s Theorem ✔ Electromagnetic Induction ✔ Maxwell’s Equations in free space & linear isotropic media • Boundary conditions on E and B fields at interfaces ✔ Potentials and Gauge: • Scalar & Vector potentials • Gauge invariance ✔ Electromagnetic Waves in: • Free space • Dielectrics • Conductors ✔ Wave behavior & optics: • Reflection & Refraction • Polarization • Fresnel’s law • Interference, Coherence & Diffraction ✔ Charged particle motion in EM Fields ✔ Dispersion in Plasma ✔ Lorentz Invariance of Maxwell’s Equations ✔ Transmission Lines & Waveguides ✔ Radiation from moving charges & dipoles, retarded potentials This session is designed for: 🎯 CSIR NET Physical Sciences 🎯 GATE Physics Perfect for serious aspirants who want a deep and exam-oriented understanding of EMT. ✅ KEYWORDS: electromagnetic theory csir net, emt csir net pyq, gate physics electromagnetic theory, gauss law gate physics, laplace poisson equation csir net, maxwell equations csir net, polarization fresnel, charged particle in electromagnetic field, dispersion relations plasma physics, waveguides gate physics, retarded potentials, biot savart law csir net, ampere theorem, lorentz invariance maxwell equations, reflection refraction polarization, coherence diffraction, transmission line physics, electromagnetic radiation, csir net 2025 physics preparation, gate physics 2025 emt ✅ HASHTAGS: #ElectromagneticTheory #CSIRNETPhysics #GATEPhysics #GaussLaw #MaxwellEquations #PlasmaPhysics #Waveguides #Diffraction #Polarization #Radiation #PhysicsPreparation