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CSIR NET Physics (in Bengali)
Categories: CSIR NET Physics
About Course
The medium of instruction is BENGALI
This course is completely online
Class starts June 15, 2023
The course is valid lifetime. You will have access to all materials along with all updates as long as you wish
Physicsguide had 100+ CSIR NET JRF and LS, 130+ GATE, and 60+ JEST qualified candidates since 2017
What Will You Learn?
 Complete guidance from the best expert in CSIR NET Physics coaching community
 From very basics to advanced physics lectures
 What to read, where from to read and what not to read.
 Complete syllabus "except" Electronics
 Interview guidance
Course Content
Newtonian Mechanics

01:51:42

Quiz 01: Dimensional analysis

01:54:26

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
01:56:16 
Energy Conservation, PE diagrams, Bound and Unbound states, Turning Points
01:47:08 
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
01:52:51 
Central Force 3
01:41:14 
Central Force 4
01:51:44 
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 
NonInertial Frame, Coriolis Force
01:40:28 
Newtonian Mechanics 20202022 exercises
00:00
Solid State Physics
Solid State Physics detailed class and problem discussions

36:32

35:40

24:24

Assignment: Crystal Structure assignments
00:00 
Crystal Structure: Overall discussion
01:51:44 
Assignment: X Ray diffraction and lattice vibration
00:00 
XRay diffraction
01:50:11 
Lattice Vibration 1
02:38:31 
Good Notes on Solid State
00:00 
Lattice vibration 2
01:58:44 
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: 20202023 questions
00:00 
Magnetism
01:31:11 
Superconductivity
01:36:50
Lagrangian and Hamiltonian Mechanics
Lagrangian and Hamiltonian Mechanics

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
02:07:15 
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 202022 Problems
00:00
EMT
Electricity and Magnetism. Electrostatics, Magnetostatics, Electrodynamics, Advanced Topics

Selected Griffiths Exercises
00:00 
Assignment: Electric Field and Potential 123
00:00 
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
24:27 
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: BioSavart 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
01:45:55 
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 20202022 Problems
00:00
Quantum Mechanics

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 twostate
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
01:40:38 
Angular Momentum and Spin: Prob Sol – 1
01:40:17 
Angular Momentum and Spin: Prob Sol – 2
01:33:23 
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
02:02:53 
NET Class: Scattering 2
02:01:46 
Assignment: All approximation methods
00:00 
Assignment: QM 202022 exam questions
00:00
Thermal and Statistical Physics

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
01:18:08 
Kinetic Theory 2
02:15:51 
Heat and First Law
01:52:53 
2nd Law
01:56:31 
Maxwell’s relations and equation of state
01:42:01 
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
02:05:56 
Stat Mech Class 7: Various Problems
01:36:47 
Thermal Physics: 202022 Problems: Without Answers as pdf
00:00 
Assignment: Stat Mech all assignments
00:00 
Thermal Physics: 202022 Problems: With answer keys
00:00
Mathematical Physics

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: NumericalGroupGreensTensor
00:00
Nuclear and Particle Physics

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: 20202023 problems
00:00
Atomic and Molecular Physics

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 HydrogenLike Atoms
02:06:24 
Class 3: Problems discussion: Fine Structure and HydrogenLike 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: 20202023 problems
00:00
Special Relativity

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
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Great course