Course Content
Newtonian Mechanics
0/24
Dimensional analysis, Units and Measurements
01:51:42
Quiz 01: Dimensional analysis
Error calculation, Velocity and acceleration in polar coordinate
01:54:25
Quiz 02: Error analysis
Kinematics, Velocity and acceleration in 2D polar
01:41:04
Quiz 03: Kinematics 1
Dissipative Force, Newton’s Laws
01:52:54
Friction, Spring, Collision, Momentum, Center of Mass
01:50:25
Variable mass, chain problem
01:56:17
Energy Conservation, PE diagrams, Bound and Unbound states, Turning Points
01:47:07
Time period vs Energy, Angular momentum, Torque, Fixed axis rotation
01:46:50
Rotation and Translation, Moment of inertia
01:41:59
Rigid Body
01:45:50
Newtonian Mechanics Revision 1
00:00
Central Force 1
02:03:44
Central Force 2
01:52:52
Central Force 3
01:41:14
Central Force 4
01:51:44
Central Force 5
01:37:29
Central Force 6
01:52:49
Central Force – NET Special Class 1
02:19:13
Central Force – NET Special Class 2
02:19:57
Non-Inertial Frame, Coriolis Force
01:40:28
Newtonian Mechanics 2020-2022 exercises
00:00
Solid State Physics
Solid State Physics detailed class and problem discussions
0/20
Crystal Structure: Basic definitions
36:32
Crystal Structure: SC, BCC, FCC and packing fractions
35:40
Crystal Structure: Wigner Seitz, Brillouin Zone, Miller indices, Reciprocal Lattice
24:24
Assignment: Crystal Structure assignments
00:00
Crystal Structure: Overall discussion
01:51:44
Assignment: X Ray diffraction and lattice vibration
00:00
X-Ray diffraction
01:50:11
Lattice Vibration 1
02:38:31
Good Notes on Solid State
00:00
Lattice vibration 2
01:58:45
Lattice vibration 3
02:17:38
Free Electron Model and Origin of Energy Band
02:10:40
Assignment: Free electron, Energy Band, Semiconductors
00:00
Nearly Free electron, Bloch theorem, Electron dynamics, Effective mass
02:10:39
Assignment: Magnetism, Optical Properties, Superconductors
00:00
Semiconductor 1
02:02:00
Semiconductor 2
02:26:42
Assignment: 2020-2023 questions
00:00
Magnetism
01:31:11
Superconductivity
01:36:50
Lagrangian and Hamiltonian Mechanics
Lagrangian and Hamiltonian Mechanics
0/14
Notes on Basic Lagrangian Mechanics
00:00
Variational Calculus 1: Derivation
47:57
Variational Calculus 2: Examples
01:09:02
Lagrangian Mechanics: Simple problems
02:03:44
Assignment: Lagrangian Mechanics
00:00
Phase Space Plot
02:07:16
Phase space Plot 2 and Hamiltonian Mechanics
01:56:05
Assignment: Phase Space Plot and Hamiltonian Mechanics
00:00
Notes on Hamiltonian formulation of Mechanics
00:00
Canonical Transformation
02:26:17
Assignment: Canonical Transformation and Poisson Bracket
00:00
Small Oscillation
02:16:57
Assignment: Small Oscillation
00:00
Assignment: Lagrangian and Hamiltonian Mechanics 2020-22 Problems
00:00
EMT
Electricity and Magnetism. Electrostatics, Magnetostatics, Electrodynamics, Advanced Topics
0/44
Selected Griffiths Exercises
00:00
Assignment: Electric Field and Potential 1-2-3
00:00
Coulomb’s and Gauss’s Law
01:53:06
Divergence curl of Electric field, Laplace eq, Dirac Delta function
01:39:56
Coulomb and Gauss law problem discussions 1
01:49:43
Coulomb and Gauss law problem discussions – 2
01:16:44
Coulomb and Gauss law problem discussions – 3
01:46:23
Assignment: Electrostatic Energy, Conductors, Dipoles, Image and Boundary value problems
00:00
Electrostatic energy, conductors
01:23:03
Dipole and Image problems
01:36:49
Assignment: Capacitor and Dielectrics
00:00
Capacitor and Dielectrics 1
01:38:24
Capacitor and Dielectrics 2
49:40
Capacitor and Dielectrics 3
24:26
NET Class – Electrostatics
02:20:29
NET Class – Capacitor and Dielectrics
02:23:31
Assignment: Magnetostatics assignments
00:00
Magnetostatics 1
00:00
Magnetostatics 2: Bio-Savart and Ampere’s Law problems
01:27:39
Magnetostatics 3 – Vector Potential, Gauge, Magnetization
01:38:11
Magnetostatics 4 – Magnetization, Susceptibility, Faraday’s law, Boundary Condition
01:45:54
Magnetostatics 5 -Dipole Moment Calculation, Boundary condition
01:55:29
Electromagnetic Induction 1
02:01:03
Electromagnetic Induction 2
01:16:35
Electromagnetic Induction 3
02:06:02
Magnetic Vector potential, Maxwell’s eq, Displacement Current
01:51:09
Assignment: Electromagnetic Induction and Vector potential
00:00
NET Class – Magnetostatics
02:18:54
Maxwells eq, Displacement current, Vector potential, Gauge transformation
02:04:17
Displacement current and Poynting Vector
01:58:07
Electromagnetic wave and Poynting vector applications
01:42:49
EM wave – Propagation, reflection and transmission
01:40:29
NET Class – Poynting vector and EM wave
02:07:53
Assignment: Maxwell’s equation
00:00
Assignment: Electromagnetic wave
00:00
NET Class – EM wave in conductor
02:19:43
NET Class – Wave guide and retarded potential
02:02:40
Assignment: EM Wave in conductor and wave guide
00:00
Assignment: Gauge transformation and retarded potential
00:00
NET Class – Relativistic Electrodynamics
01:57:51
Assignment: Relativistic ED
00:00
NET Class – Electromagnetic Radiation
01:56:20
Assignment: Electromagnetic Radiation
00:00
Assignment: EMT 2020-2022 Problems
00:00
Quantum Mechanics
0/37
Blackbody Radiation, Photoelectric effect
01:40:04
De Broglie Wave – Uncertainty – Atomic Structure
01:36:47
NET Class – Old quantum theory
02:00:01
Assignment: Old Quantum Theory
00:00
Schrodinger equation and basic properties of quantum states
01:38:56
Free Particle, Operators, Commutators
01:44:45
Assignment: Quantum Formalism 1 and 2
00:00
Matrix Representation, 1D well
01:47:39
NET Class – States, Operators
02:39:32
Assignment: Quantum Formalism 3 and 4
00:00
NET Class – Basis, time evolution
02:08:02
Assignment: Quantum Formalism 5 and 6
00:00
2D Well, Barrier
01:38:06
Harmonic Oscillator
01:39:19
Harmonic Oscillator, Schrodinger and Heisenberg pic, Time evolution of two-state
01:37:29
NET Class: 1D Potentials – 1
02:12:30
NET Class: 1D Potentials – 2
02:22:23
Assignment: 1D Potentials
00:00
Angular Momentum Theory
01:40:37
Angular Momentum and Spin: Prob Sol – 1
01:40:17
Angular Momentum and Spin: Prob Sol – 2
01:33:22
3D problems 1
01:45:39
3D problems 2
01:39:05
NET Class: Angular Momentum 1
02:17:16
NET Class: Angular Momentum 2
02:20:47
Assignment: Angular Momentum and 3D problems
00:00
NET Class: Time independent perturbation 1
01:52:58
NET Class: Time independent perturbation 2 and identical particle
02:15:57
NET Class: Time independent perturbation problem discussion 1
02:10:54
NET Class: Time independent perturbation problem discussion 2
01:49:51
NET Class: Variation and WKB
02:09:46
NET Class: Time dependent perturbation and sudden change
01:53:25
NET Class: Variation, WKB, time dependent perturbation problem discussion
02:09:27
NET Class: Scattering 1
02:02:52
NET Class: Scattering 2
02:01:46
Assignment: All approximation methods
00:00
Assignment: QM 2020-22 exam questions
00:00
Thermal and Statistical Physics
0/22
Assignment: Thermal Physics all Assignments
00:00
NET Class: Thermal Physics: Class 1 – Part 1
54:10
NET Class: Thermal Physics: Class 1 – Part 2
01:03:03
NET Class: Thermal Physics Class 2
02:23:04
Kinetic Theory 1
01:18:09
Kinetic Theory 2
02:15:51
Heat and First Law
01:52:53
2nd Law
01:56:32
Maxwell’s relations and equation of state
01:42:02
Equation of state
48:36
Entropy Calculation
01:39:41
Phase Transition
01:42:42
Stat Mech Class 1: Postulates, Microcanonical ensembles
01:46:30
Stat Mech Class 2: Canonical ensemble probs
02:16:44
Stat Mech Class 3: Canonical ensemble 2
01:55:31
Stat Mech Class 4: Grand Canonical ensemble
00:00
Stat Mech Class 5: Quantum Gas, Density Matrix, Fermi Gas
02:12:20
Stat Mech Class 6: Ideal Bose gas, Photon, Blackbody radiation
02:05:57
Stat Mech Class 7: Various Problems
01:36:47
Thermal Physics: 2020-22 Problems: Without Answers as pdf
00:00
Assignment: Stat Mech all assignments
00:00
Thermal Physics: 2020-22 Problems: With answer keys
00:00
Mathematical Physics
0/8
Assignment: Calculus
00:00
Assignment: Vectors
00:00
Assignment: Linear Algebra
00:00
Assignment: Differential equations
00:00
Assignment: Complex Analysis
00:00
Assignment: Probability
00:00
Assignment: Fourier Series and Integral transformations
00:00
Assignment: Numerical-Group-Greens-Tensor
00:00
Nuclear and Particle Physics
0/13
Assignment: Nuclear and Particle Physics
00:00
Brief Short Notes of nuclear and particle physics
00:00
Nuclear Class 1: Basics and Liquid drop model
02:25:18
Nuclear Class 2: Shell model
01:46:33
Nuclear Class 3: Shell Model, Rotation and vibration of Nucleus, alpha and beta decay
01:55:33
Nuclear Class 4: Beta and gamma decay
02:13:53
Nuclear Class 5 and Particle Class 1: Beta decay, fission, fusion, particle physics basics
01:57:46
Particle Class 2: Strangeness, Baryon and meson octet, decuplet, excited states
01:51:17
Particle Class 3: Quark model
01:33:17
Particle Class 4: Strong, Weak, EM Interactions, Probability using Isospin
02:07:42
Particle Class 5: Parity and Charge conjugation
02:06:09
Particle Physics Complete Notes
00:00
Assignment: 2020-2023 problems
00:00
Atomic and Molecular Physics
0/16
Assignment: All assignments
00:00
Short Notes on whole atomic and molecular physics
00:00
Class 1: Theory: Fine structure, LS and JJ coupling, Multi Electron Atom
02:12:54
Class 2: Problems discussion: Bohr Model and Hydrogen-Like Atoms
02:06:24
Class 3: Problems discussion: Fine Structure and Hydrogen-Like Atoms
01:33:05
Class 4: Problems discussion: Multi electron atoms
01:55:02
Class 5: Theory: Zeeman effect, spectral broadening, selection rules
02:06:55
Class 6: Problems discussion: Multi electron atoms, Selection Rule, Line Broadening
02:38:15
Class 7: Theory: Rotational and vibrational spectroscopy
02:09:15
Class 8: Problems discussion: Zeeman effect and rotational spectroscopy
02:04:53
Class 9: Problems discussion: vibrational and general spectroscopy
58:25
Class 10: Theory: Raman spectroscopy, ESR, NMR
02:03:36
Class 11: Theory: Laser
01:21:57
Class 12: Problems discussion: Raman effect and Laser
01:56:17
Class 13: Problems discussion: Lasers
59:58
Assignment: 2020-2023 problems
00:00
Special Relativity
0/7
Class 1: Length Contraction, Time Dilation, Relative Velocity
01:44:14
Class 2: Various Relativistic kinematics problems
01:50:38
Class 3: Simultaneity
02:05:09
Class 4: Relativistic Energy Momentum and 4 vectors
02:14:35
Class 5: 4 Vectors
01:20:06
Class 6: Relativistic dynamics and COM frame
01:11:19
Assignment: Relativity assignments
00:00
CSIR NET Physics (in Bengali)
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