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757 видео
Statistical Mechanics - Classical Statistics : Maxwell Boltzmann Distribution Law
Irrotational Vector Field
Condensed Matter Physics - Band Theory of Solids : Nearly Free Electron Approximation
Classical Mechanics - Central Forces : Geostationary Satellites / Artificial Satellites
Mathematical Physics - Tensor Analysis : Covariant Fundamental Metric Tensor
General Relativity - Eotvos Experiment
Speed Doesn’t Depend on Distance and Time!!
Plasma Physics- Pinch Effect
Classical Electrodynamics - Transmission Line : Line Equations Characteristic Impedance
Quantum Mechanics - Relativistic Quantum Mechanics : Klein- Gordon Equation - 1
Quantum Mechanics - Approximation Methods : Relativistic Correction and Fine Structure of H-Atom
Statistical Mechanics - Classical Statistics : Gibbs Paradox
Classical Mechanics - Motion in Rotatory Frames : Coriolis Force / Centrifugal Force - 02
Quantum Mechanics - Theory of Scattering : Born Approximation
Statistical Mechanics - Ising Model : Introduction and Ising Model Defined
Mathematical Physics - Maxima and Minima : Second Fundamental Theorem
Quantum Mechanics - Field Quantization : Classical Field Equation : Hamiltonian Formulation
Condensed Matter Physics - Semiconductors : Intrinsic Semiconductors
Mathematical Physics- Special Functions: Generating Function for Bessel’s Function
Waves and Oscillations - Continuous Media : Normal Modes of Longitudinal Vibrations of a Rod
Waves and Oscillations - Superposition of Harmonic Oscillations : Lissajous Figures - 01
Quantum Mechanics - Theory of Scattering : Green’s Function For Laplacian Operator
Mathematical Physics - Tensor Analysis : Raising and Lowering Indices / Associated Tensors
Condensed Matter Physics - X-Ray Diffraction & Crystallography : Neutron Diffraction by Crystals
Condensed Matter Physics - Crystallography : Symmetry Operations - 01
Condensed Matter Physics- Lattice Vibrations : Phonons / Quantization of Lattice Vibrations
Classical Mechanics - Motion in Rotatory Frames : Law of Inertia / Inertial and Non-inertial Frames
Concepts and Misconceptions In Physics - Can We Define The Temperature Of Vacuum?
Condensed Matter Physics - Crystallography : Miller Indices and Directions In Crystal Lattice
Condensed Matter Physics - X-Ray Diffraction : Atomic Scattering Factor/Form Factor
Classical Mechanics - Classical Scattering Theory : Centre of Mass, Lab Frame, CoM Frame
Statistical Mechanics - Canonical Ensemble : Energy Fluctuations in Canonical Ensemble
Condensed Matter Physics - Lattice Vibrations : Phonon Momentum/ Crystal Momentum
Condensed Matter Physics - X-Ray Diffraction & Crystallography : Crystal Structure / Bragg’s Law
Waves and Oscillations - SHM : Damped Harmonic Oscillations With One Degree of Freedom - 2
Concepts and Misconceptions In Physics - Can We Define Volume Charge Density Due To A Point Charge?
Modern Physics - Wave Functions : Numerical Problems For NET/GATE/UPSC CSE/IIT JAM/B.Sc/M.Sc/BSUSC
Mathematical Physics - Maxima and Minima : First Derivative Test / Sign Scheme for f’(x)
Condensed Matter Physics - Crystallography : Atomic Radius and Packing Fraction of Cubic Crystals
Mathematical Physics - Tensor Analysis : Problems in Contravariant and Covariant Vectors
Mathematical Physics - Tensor Analysis : Rank of Tensors, Coordinate Transformation
Waves and Oscillations - Wave Motion : Interference of Waves - 02
Condensed Matter Physics - Ferrimagnetism : Structure of Ferrites and Saturation Magnetization
Condensed Matter Physics - Lattice Vibration : Vibration of Diatomic Linear Lattice - 01
Mathematical Physics - Tensor Analysis : Tensors of Second Rank / Diadic
Condensed Matter Physics - Lattice Vibrations : Inelastic Photon - Phonon Interaction
Mathematical Physics - Tensor Analysis : An Introduction - Conductivity Tensor / Dyadic / Triadic
Waves and Oscillations - Two Coupled Masses : Normal Modes of Transverse Oscillations
Classical Mechanics - Central Forces : Artificial Satellites
Concepts and Misconceptions In Physics - Can We Define The Temperature Of A Single Molecule?
