What will i learn?
Curriculum for this course
781 Lessons
00:00:00 Hours
REVISION SERIES
18 Lessons
00:00:00 Hours
- Mathematical Methods of Physics One shot Part 1 Live
- Mathematical Methods of Physics One shot Part 2 Live
- Classical Mechanics One shot Part 1
- Classical Mechanics One Shot Part 2 Live
- Electromagnetic Theory One shot part 1
- Electromagnetic Theory One shot Part 2
- Quantum Mechanics One shot Part 1
- Quantum Mechanics One shot Part 2
- Atomic & Molecular Physics One Shot Part 1
- Atomic & Molecular Physics One shot Part 2
- Thermodynamic & Statistical Physics One Shot Part 1
- Thermodynamics & Statistical Physics One Shot Part 2
- Nuclear and Particle Physics One Shot Part 1
- Nuclear and Particle Physics One Shot Part 2
- Condensed Matter Physics One Shot Part 1
- Condensed Matter Physics One Shot Part 2
- Electronics and Experimental Methods One shot-Part 1
- Electronics and Experimental Methods One Shot Part 2
PART A
4 Lessons
00:00:00 Hours
- Calendar Problem
- Clock Problem
- Series Formation
- Distance And Direction
FOUNDATION
34 Lessons
00:00:00 Hours
- Electronics Part 1
- Electronics Part 2
- Electronics Part 3
- Electronics Part 4
- Electrodynamics Part 1
- Electrodynamics Part 2
- Electrodynamics Part 3
- Basic tool for Quantum Mechanics Part 1
- Basic tool for Quantum Mechanics Part 2
- Basic tool for Quantum Mechanics Part 3
- Basic tool for Quantum Mechanics Part 4
- Mechanics Part 1
- Mechanics Part 2
- Mechanics Part 3
- Mechanics Part 4
- Mechanics Part 5
- Mechanics Part 6
- Mathematical Physics Live 1
- Mathematical Physics Live 2
- Mathematical Physics Live 3
- Mathematical Physics Part 1
- Mathematical Physics Part 2
- Mathematical Physics Part 3
- Mathematical Physics Part 4
- Mathematical Physics Part 5
- Mathematical Physics Part 6
- Mathematical Physics Part 7
- Mathematical Physics Part 8
- Mathematical Physics Part 9
- Mathematical Physics Part 10
- Mathematical Physics Part 11
- Mathematical Physics Part 12
- Mathematical Physics Part 13
- Mathematical Physics Part 14
Mathematical Workshop
25 Lessons
00:00:00 Hours
- Vector Calculus Part 1
- Vector Calculus Part 2
- Vector Calculus Part 3
- Basic Tool for Quantum Mechanics Part 1
- Basic Tool for Quantum Mechanics Part 2
- Basic Tool for Quantum Mechanics Part 3
- Basic Tool for Electrodynamics Part 1
- Basic Tool for Electrodynamics Part 2
- Basic Tool for Electrodynamics Part 3
- Basic Tool for Electrodynamics Part 4
- Basic Tool for Electrodynamics Part 5
- Basic Tool for Electrodynamics Part 6
- Basic Tool for Electrodynamics Part 7
- Special Integration Part 1
- Trigonometric Integration Part 1
- Trigonometric Integration Part 2
- Trigonometric Identities Part 1
- Trigonometric Identities Part 2
- Vector Algebra Part 1
- Vector Algebra Part 2
- Basic Integration Part 1
- Basic Integration Part 2
- Basic Integration Part 3
- Basic Differentiation Part 1
- Basic Differentiation Part 2
Atomic and Molecular Physics
83 Lessons
00:00:00 Hours
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- PYQ Discussion Part 4
- Module 1 Problem Discussion Live
- Module 2 Problem Discussion Live
- Module 3, 4 & 5 Problem Discussion Part 1
- Module 3, 4 & 5 Problem Discussion Part 2
- Raman spectra
- Vibrational raman spectrum
- Rotational raman spectrum
- Intensity ratio
- NMR spectra
- ESR spectra
- Electronic spectra
- Module 4 Problem Discussion
- Rotational Spectra
- Diatomic molecule as rigid rotator
- Diatomic molecule as non rigid rotator
- Isotopic effect in rotational spectra
- Vibrational spectra
- Diatomic molecule as anharmonic effect
- Isotopic effects in vibrational level
- Diatomic molecule of vibrating rotator
- Module 3 Problem Discussion
- Bohrs theory of H like atom
- Positronium and muonic atom
- Hydrogen spectrum
- Different Energies
- Sommerfield model
- Quantum number
- Orbital Angular Momentum
- LS and JJ coupling & Vector atom model
- Afbau principle
- Term separation in doublet
- Intensity ratio
- Alkali atom spectra
- Module 1 Problem Discussion
- Laser part 1
- Laser part 2
- Different types of lasers
- Module 5 Problem Discussion
- Normal Zeeman effect
- Anomalous zeeman effect
- Paschen effects
- Stark effect
- Hyper fine splitting
- Broadening in spectral line
- X ray spectra
- Mosley law for characteristics x ray
- Chemical shift
- Module 2 Problem Discussion
- NMR Spectra Quiz 00:05:00
- Rotational raman spectrum Quiz 00:08:00
- Vibrational raman spectrum Quiz 00:15:00
- Raman spectra Quiz 00:10:00
- ESR Spectra Quiz 00:05:00
- Isotopic effects in vibrational level Quiz 00:09:00
- Diatomic molecule as anharmonic effect Quiz 00:12:00
- Vibrational spectra Quiz 00:10:00
- Isotopic effect in rotational spectra Quiz 00:05:00
- Diatomic molecule as rigid rotator Quiz 00:10:00
- Rotational Spectra Quiz 00:10:00
- Moseley’s law Quiz 00:15:00
- Intensity ratio Quiz 00:15:00
- Positronium and muonic atom Quiz 00:15:00
- Hydrogen spectrum Quiz 00:15:00
- Different Energies Quiz 00:12:00
- Sommerfield model Quiz 00:15:00
- Quantum Number Quiz 00:12:00
- Orbital Angular Momentum Quiz 00:15:00
- LS and JJ coupling & Vector atom model Quiz 00:15:00
- Afbau principle Quiz 00:15:00
- Term separation in doublet Quiz 00:10:00
- Chemical shift Quiz 00:06:00
- Alkali atom spectra 00:15:00
- Normal Zeeman effect Quiz 00:10:00
- Anomalous Zeeman Effect Quiz 00:10:00
- Stark Effect 00:05:00
- Hyperfine Splitting Quiz 00:10:00
- Broadening in spectral line Quiz 00:15:00
- X-Ray Spectrum Quiz 00:10:00
- Bohrs theory of H like atom Quiz 00:15:00
Quantum Mechanics
85 Lessons
00:00:00 Hours
- Module 1 Problem Discussion Live Part 1
- Module 1 Problem Discussion Live Part 2
- Module 2 & 3 Problem Discussion Part 1 Live
- Module 2 & 3 Problem Discussion Part 2 Live
- Module 4 Problem Discussion Live
- Quantum Mechanics One shot part 1
- Quantum Mechanics One shot part 2
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- PYQ Discussion Part 4
- PYQ Discussion Part 5
- PYQ Discussion Part 6
- PYQ Discussion Part 7
- PYQ Discussion Part 8
- PYQ Discussion Part 9
- PYQ Discussion Part 10
- PYQ Discussion Part 11
- PYQ Discussion Part 12
- PYQ Discussion Part 13
- PYQ Discussion Part 14
- PYQ Discussion Part 15
- PYQ Discussion Part 16
- Approximation Methods: Perturbation Theory
- Fine Structure
- Variational and WKB Methods
- Time Dependent Perturbation Theory
- Scattering Theory
- Relativistic Quantum Mechanics
- Module 4 Problem Discussion
- Angular Momentum
- Spin Angular Momentum
- Addition of Angular Momentum
- Hydrogen Atom
- Module 3 Problem Discussion
- One Dimensional Problems Part 1
- One Dimensional Problems Part 2
- Particle in a Box
- Harmonic Oscillator Part 1
- Harmonic Oscillator Part 2
- Three Dimensional Problems Part 1
- Three Dimensional Problems Part 2
- Module 2 Problem Discussion
- Particle Aspect of Radiation
- Wave Particle Duality
- Atomic Models
- Mathematical formulation for QM
- Dirac Notation
- Operators
- Commutator Algebra
- Eigen values of Operators and Unitary Transformations
- Matrix Representation
- Postulates of QM Part 1
- Postulates of QM Part 2
- Time Evolution
- Module 1 Problem Discussion
- Angular Momentum 00:15:00
- Particle Aspect of Radiation 00:15:00
- Wave Particle Duality 00:15:00
- Atomic Models 00:15:00
- Relativistic Quantum Mechanics 00:15:00
- Scattering Theory 00:15:00
- Time Dependent Perturbation Theory 00:15:00
- Variational and WKB Methods 00:15:00
- Fine Structure 00:15:00
- Approximation Methods: Perturbation Theory 00:15:00
- Mathematical formulation for QM 00:15:00
- Dirac Notation 00:15:00
- Hydrogen Atom 00:15:00
- Addition of Angular Momentum 00:15:00
- Spin Angular Momentum 00:15:00
- Commutator Algebra 00:15:00
- Three Dimensional Problems Part 2 00:15:00
- Three Dimensional Problems Part 1 00:15:00
- Harmonic Oscillator Part 2 00:15:00
- Harmonic Oscillator Part 1 00:15:00
- Particle in a Box 00:12:00
- One Dimensional Problems Part 2 00:12:00
- One Dimensional Problems Part 1 00:15:00
- Operators 00:15:00
- Eigen values of Operators 00:15:00
- Time Evolution 00:15:00
- Postulates of QM Part 2 00:15:00
- Postulates of QM Part 1 00:15:00
- Matrix Representation 00:15:00
Electromagnetic Theory
156 Lessons
00:00:00 Hours
- Dispersion relation in plasma
- Lorentz invariance of maxwell equation
- Propagation of EM waves
- Rectangular Waveguide
- TE modes
- TM modes
- Problems on TE & TM modes
- Gauge Transformation
- Radiation from oscillating dipole and Retarded potential
- Radiation from point charge
- Module 6 Problem Discussion
- Lorentz Force
- Charged Particle in Electric Field
- Charged Particle in Magnetic Field
- Charged Particle in Electric and Magnetic Field
- Electromagnetic Theory PYQ Discussion Part 1
- Electromagnetic Theory PYQ Discussion Part 2
- Electromagnetic Theory PYQ Discussion Part 3
- Electromagnetic Theory PYQ Discussion Part 4
- Module 1 Problem Discussion Part 1
- Module 1 Problem Discussion Part 2
- Module 1 Problem Discussion Part 3
- Module 2 Problem Discussion
- Module 3 & 4 Problem Discussion Live Part 1
- Module 3 & 4 Problem Discussion Live Part 2
- Module 6 Problem Discussion Live
- Wave Equation
- Electromagnetic Wave
- Electromagnetic Wave - Advanced
- Energy and Momentum in Electromagnetic wave
- EM Waves in Matter
- Reflection and Refraction of EM Wave
- Reflection and Refraction - Advanced Part 1
- Reflection and Refraction - Advanced Part 2
- Relativistic ED
- Wave Guide
- Polarization of EM Wave
- Faraday’s Law
- Lenz’s Law
- Inductance (Self and mutual induction)
- Energy stored in the field
- Electromotive Force
- Maxwell's Equations
- Maxwell's Equation - Advanced
- Poynting Theorem
- Gauge Transformation
- Current Densities
- Continuity Equation
- Lorentz Force
- Biot-Savart Law
- Magnetostatics
- Magnetic Field due to Wire
- Magnetic Field due to Solenoid and Toroid
- Ampere's Law
- Magnetic Vector Potential (A)
- Magnetic Vector Potential - Advanced
- Magnetostatic Boundary Condition
- Multipole Expansion of Vector Potential
- The Field of a Magnetized Object
- Ampere’s Law in presence of Magnetic Materials
- Magnetic Dipole & Torque
- Coulomb’s Law and Superposition Principle - Basic
- Coulomb's Law - Advanced
- Electric Field
- Electric Field due to line charge
- Electric Field due to surface charge
- Gauss’s Law
- Gauss’s Law - Applications
- Gauss's Law and its Application - Advanced
- Electric Potential
- Electrostatic Potential - Advanced
- Electric Potential of different objects
- Laplace and Poisson Equations
- Laplace & Poisson's Equation - Advanced
- Electrostatic Boundary Condition
- Work and Energy in Electrostatics
- Energy in Electrostatics - Advanced
- Multipole Expansions
- Multipole Expansion - Advanced
- The Monopole and Dipole Terms
- Energy of Continuous Charge Distribution
- Basic Properties of Conductors
- Polarization
- Electric Displacement
- Boundary Condition & Energy in dielectric system
- Classical Image Problem
- Other Image Problems
- Coulomb's Law - Advanced Quiz 00:15:00
- Gauss's Law and its Application 00:15:00
- Electrostatic Potential 00:15:00
- Laplace & Poisson's Equation 00:15:00
- Energy in Electrostatics 00:15:00
- Multipole Expansion 00:15:00
- Magnetostatics 00:15:00
- Lorentz Force 00:15:00
- Ampere's Law 00:15:00
- Magnetic Vector Potential 00:15:00
- Magnetic Dipole& Torque 00:15:00
- Electromotive Force 00:15:00
- Maxwell's Equation Advanced Quiz 00:15:00
- Poynting Vector 00:15:00
- Polarization 00:15:00
- Interference of EMW 00:15:00
- Reflection and Refraction 00:15:00
- Wave Guide 00:15:00
- Relativistic ED 00:15:00
- Gauge Transformation 00:15:00
- Radiation 00:15:00
- Coulomb’s Law Quiz 00:15:00
- Electric Field Quiz 00:15:00
- Electric Field due to line charge Quiz 00:15:00
- Gauss’s Law Quiz 00:15:00
- Gauss’s Law - Applications Quiz 00:15:00
- Electric Potential Quiz 00:15:00
- Electric Potential of different objects Quiz 00:15:00
- Work and Energy in Electrostatics Quiz 00:12:00
- Energy of Continuous Charge Distribution Quiz 00:09:00
- Polarization Quiz 00:15:00
- Electric Displacement Quiz 00:15:00
- Boundary Condition & Energy in Dielectrics Quiz 00:12:00
- Classical Image Problem Quiz 00:15:00
- Other Image Problems Quiz 00:15:00
- Continuity Equation Quiz 00:09:00
- Biot-Savart Law Quiz 00:09:00
- Magnetic Field due to Wire Quiz 00:15:00
- Magnetic Field due to Solenoid and Toroid Quiz 00:15:00
- Ampere's Law Quiz 00:15:00
- Magnetic Vector Potential (A) Quiz 00:12:00
- Magnetostatic Boundary Condition Quiz 00:12:00
- Multipole Expansion of Vector Potential Quiz 00:12:00
- The Field of a Magnetized Object Quiz 00:15:00
- Ampere’s Law in presence of Magnetic Materials Quiz 00:09:00
- Faraday's Law Quiz 00:15:00
- Lenz's Law Quiz 00:09:00
- Inductance Quiz 00:12:00
- Energy stored in the field Quiz 00:12:00
- Maxwell's Equations Quiz 00:15:00
- Poynting Theorem Quiz 00:09:00
- Wave Equation Quiz 00:09:00
- Electromagnetic Wave Quiz 00:12:00
- Energy and Momentum in Electromagnetic wave Quiz 00:15:00
- EM Wave in Matter Quiz 00:15:00
- Reflection and Refraction of EM Wave Quiz 00:09:00
- Lorentz Force Quiz 00:15:00
- Charged Particle in Electric Field Quiz 00:09:00
- Charged Particle in Electric and Magnetic field Quiz 00:15:00
- Charged Particle in Magnetic Field Quiz 00:15:00
- Dispersion relation in plasma 00:10:00
- Lorentz invariance of maxwell equation 00:10:00
- Propagation of EM waves 00:10:00
- Rectangular Waveguide 00:10:00
- TE modes 00:10:00
- TM modes 00:10:00
- Gauge Transformation 00:09:00
- Radiation from oscillating dipole and Retarded potential 00:09:00
- Radiation from point charge 00:09:00
Classical Mechanics
76 Lessons
00:00:00 Hours
- Module 1 Problem Discussion Live
- Module 2 & 3 Problem Discussion Part 1 Live
- Module 2&3 Problem Discussion Part 2 Live
- Module 4 Problem Discussion Live
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- PYQ Discussion Part 4
- PYQ Discussion Part 5
- PYQ Discussion Part 6
- PYQ Discussion Part 7
- PYQ Discussion Part 8
- PYQ Discussion Part 9
- PYQ Discussion Part 10
- PYQ Discussion Part 11
- PYQ Discussion Part 12
- Special Theory of Relativity
- Consequences of Relativity
- Velocity Transformations
- Energy and Momentum Transformation
- Module 4 Problem Discussion
- Poisson Bracket
- Canonical Transformation
- Phase Space Dynamics
- Periodic Motion and Small Oscillations
- Normal Modes of Vibration
- Hamilton Jacobi Theory
- Module 3 Problem Discussion
- Degrees of Freedom and Constraints
- Generalised Coordinates, Velocity And Momentum
- Principle of Virtual Work And D' Alembert's Principle
- Lagrangian Theory
- Lagrangian Problems
- Hamiltonian Formalism
- Module 2 Problem Discussion
- Newtonian Mechanics Part 1
- Newtonian Mechanics Part 2
- Circular Motion and Centre of Mass Concept
- Stability Analysis
- Moment of Inertia
- Rigid Body Dynamics
- Moment of Inertia Tensor
- Inertial, Non-inertial & Rotating Frame
- Coriolis Force
- Central Force Motion Part 1
- Central Force Motion Part 2
- Collision and Scattering
- Module 1 Problem Discussion
- Hamilton Jacobi Theory 00:15:00
- Canonical Transformation 00:15:00
- Normal Modes of Vibration 00:10:00
- Special Theory of Relativity 00:10:00
- Consequences of Relativity 00:10:00
- Stability Analysis 00:15:00
- Velocity Transformations 00:15:00
- Energy and Momentum Transformation 00:15:00
- Poisson Bracket 00:15:00
- Phase Space Dynamics 00:10:00
- Periodic Motion and Small Oscillations 00:10:00
- Collision and Scattering Quiz 00:10:00
- Newtonian Mechanics Part 1 Quiz 00:10:00
- Newtonian Mechanics Part 2 Quiz 00:10:00
- Circular Motion and Centre of Mass Concept Quiz 00:15:00
- Moment of Inertia Quiz 00:15:00
- Rigid Body Dynamics Quiz 00:15:00
- Moment of Inertia Tensor Quiz 00:10:00
- Hamiltonian Formalism Quiz 00:10:00
- Lagrangian Problems Quiz 00:10:00
- Lagrangian Theory Quiz 00:10:00
- Virtual Work And D' Alembert's Principle Quiz 00:10:00
- Generalized Coordinates Quiz 00:10:00
- Degrees of Freedom and Constraints Quiz 00:10:00
- Inertial, Non-inertial & Rotating Frame Quiz 00:10:00
- Coriolis Force Quiz 00:10:00
- Central Force Motion Part 1 Quiz 00:10:00
- Central Force Motion Part 2 Quiz 00:10:00
Mathematical Methods of Physics
87 Lessons
00:00:00 Hours
- Green's Function
- Partial Differential Equation
- Finding root of a function
- Interpolation & extrapolation
- Numerical Integration
- Numerical Solution of Differential Equation
- Tensor
- Group Theory
- Module 1 Problem Discussion
- Module 2 Problem Discussion Part 1
- Module 2 Problem Discussion Part 2 Live
- Module 3 Problem Discussion Part 1 Live
- Module 3 Problem Discussion Part 2 Live
- Module 4 Problem Discussion Part 1 Live
- Module 4 Problem Discussion Part 2 Live
- Module 4 Problem Discussion Part 3 Live
- Module 4 Problem Discussion Part 4 Live
- Module 5 Problem Discussion Part 1 Live
- Module 5 Problem Discussion Part 2 Live
- Order and Degree of a Differential Equations
- Separation of the Variables
- Homogeneous Equation
- Linear Differential Equation
- Equation Reducible to Linear Form
- Exact Differential Equations
- Equations Reducible To The Exact form
- Linear Differential Equations of Second Order with Constant Coefficients
- Method for finding particular integral
- Laurent's Series
- Fourier Series Basics
- Half-Range Fourier Series
- Fourier Series Problems
- Fourier Transform
- Laplace Transform
- Basic review of complex numbers
- Function of Complex Variable
- Harmonic function
- Power Series
- Taylor’s Series
- Maclaurine Series
- Cauchy's Integral Theorem
- Singularity of Complex Function
- Residue of Complex Function
- Matrices Basics
- Properties of Matrices
- Eigen value problem
- Cayley-Hamilton Theorem
- Diagonalization Matrix
- Function of Matrix
- Module 3 Problem discussion Basic level
- Module 3 Problem discussion Advanced level
- Vector Algebra
- Vector Algebra Problems
- Del Operator
- Integral Calculus
- Vector Calculus Problems
- Spherical Polar Coordinate
- Spherical Polar Coordinate - Unit Vectors
- Spherical Line Element
- Cylindrical Polar Coordinates
- Divergence & Curl in General Coordinate System
- Div & Curl Problems
- Module 1 Problem Discussion
- Theorems in Vector Integration
- Order and Degree of a Differential Equations 00:15:00
- Fourier Series Basics 00:15:00
- Half-Range Fourier Series Quiz 00:15:00
- Fourier Transform Quiz 00:09:00
- Residue of Complex Function Quiz 00:15:00
- Singularity of Complex Function Quiz 00:15:00
- Laplace Transform 00:15:00
- Methods for Finding Particular Integral 00:15:00
- Power Series Quiz 00:15:00
- Maclaurine Series 00:15:00
- Taylor’s Series 00:15:00
- Separation of the Variables 00:15:00
- Homogeneous Equation 00:15:00
- Harmonic function Quiz 00:15:00
- Function of Complex Variable Quiz 00:15:00
- Linear Differential Equations 00:15:00
- Exact Differential Equation 00:15:00
- Function of Matrix 00:15:00
- Diagonalisation of Matrix 00:15:00
- Cayley-Hamilton Theorem 00:15:00
- Eigen Value Problem 00:15:00
- Second Order with Constant Coefficients 00:15:00
- Properties of Matrices 00:15:00
Electronics and Experimental Methods
41 Lessons
00:00:00 Hours
- Amplitude modulation
- Frequency Modulation
- Optoelectronics, PN Photo-diode
- Solar cell, LED, LCD
- Adders
- Encoders, Decoders, Multiplex, Demultiplex
- Flip-Flops
- Counters
- Shift-Register
- Ring Counter
- 4 types of controlled sources
- Low, high & band pass filter, instrument amplifier
- Module 3 Problems
- Operational Amplifier
- Operational Amplifier Problems
- Basics of FET, Output characteristics of JFET
- Shorted-gate drain current, pinch off & gate-source cutt of voltage
- Transfer characteristics/ expression for drain current
- JFET biasing, modes of operations and voltage gain in JFET amplifier
- MOSFET & its operation
- Module 2 Problem discussion
- Electronics Problem Discussion Part 1 Live
- Electronics Problem Discussion Part 2 Live
- Electronics Module 2 Problem Discussion Live
- Electronics Module 3&4 Problem Discussion Part 1
- Electronics Module 3&4 Problem Discussion Part 2
- Electronics Lecture 1
- Electronics Lecture 2
- Electronics Lecture 3
- Electronics Lecture 4
- Electronics Lecture 5
- Electronics Lecture 6
- Electronics Lecture 7
- Electronics Lecture 8
- MOSFET & its operation 00:15:00
- JFET biasing, modes of operations and voltage gain in JFET amplifier 00:15:00
- Transfer characteristics/ expression for drain current 00:15:00
- Shorted-gate drain current, pinch off & gate-source cutt of voltage 00:15:00
- Basics of FET, Output characteristics of JFET 00:15:00
- Operational Amplifier Problems 00:15:00
- Operational Amplifier 00:15:00
Condensed Matter Physics
44 Lessons
00:00:00 Hours
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- Superconductivity
- Bcs theory
- Hall effect
- Josephson Effect
- Module 4 Problem Discussion
- Magnetic Properties Of Solids
- Semiconductor
- Crystal Defects
- module 3 problem dicussion
- Module 1&2 Problem Discussion Part 1 Live
- Module 1&2 Problem Discussion Part 2 Live
- Module 3&4 Problem Discussion Live- Part 1
- Module 3&4 Problem Discussion Live- Part 2
- Thermal Properties Of Solids
- Effective mass and denstiy of states
- Band Theroy Of Solids
- Free Electron Theroy Of Solids
- Module 2 Problem Discussion
- Crystal structure Part 1
- Crystal structure Part 2
- Miller indices
- Reciprocal lattices Part 1
- Reciprocal lattices Part 2
- Bonding solids
- Lattice vibration
- Module 1 Problem Discussion
- Josephson Effect 00:10:00
- semiconductors Quiz 00:10:00
- Hall effect 00:15:00
- Bcs theory 00:15:00
- Superconductivity 00:12:00
- Crystal Defects 00:15:00
- Magnetic Properties Of Solids 00:15:00
- Lattice vibration 00:15:00
- Crystal Structure Quiz 00:05:00
- Miller Indices Quiz 00:05:00
- Reciprocal Lattice Quiz 00:05:00
- Bonding solids 00:15:00
- Band Theroy Of Solids 00:12:00
- Effective mass and denstiy of states 00:12:00
- Thermal Properties Of Solids 00:18:00
Thermodynamic and Statistical Physics
55 Lessons
00:00:00 Hours
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- PYQ Discussion Part 4
- PYQ Discussion Part 5
- PYQ Discussion Part 6
- PYQ Discussion Part 7
- PYQ Discussion Part 8
- PYQ Discussion Part 9
- Module 1 Problem Discussion Live
- Module 2 Problem Discussion Live
- Module 3 Problem Discussion Live
- Quantum Statistics
- Classical Ideal Gas
- Degeneracy
- Phase Transition
- Second Order Phase Transition
- Ising Model & Random Walk
- Module 3 Problem Discussion
- Phase Space
- Statistical Ensmble
- Postulate of Equal a priori statement
- Boltzmann Cannonical Distribution
- Classical Distribution
- Partition Function And Free Energy
- Module 2 Problem Discussion
- Kinetic Theory Of Gas Part 1
- Kinetic Theory Of Gas Part 2
- Principle of calorimeter
- Laws of thermodynamics part 1
- Second Law Of Thermodynamics
- Heat Engine & Carnot Engine
- Thermodynamics Potentials
- Maxwell Potentials
- Module 1 Problem Discussion
- Statistical Ensmble 00:15:00
- Classical Distribution 00:15:00
- Partition Function And Free Energy 00:15:00
- Ising Model & Random Walk 00:15:00
- Second Order Phase Transition 00:15:00
- Phase Transition 00:15:00
- Postulate of Equal a priori statement 00:15:00
- maxwell speed distribution 00:09:00
- degree of freedom and specfic heat 00:15:00
- calorimetry 00:15:00
- Thermodynamics Potentials 00:10:00
- Phase Space 00:15:00
- Quantum Statistics 00:15:00
- Classical Ideal Gas 00:15:00
- Boltzmann Cannonical Distribution 00:15:00
- Degeneracy 00:15:00
- laws of thermodynamics Part 1 00:15:00
- 2 nd law of thermodynamics 00:15:00
- Heat engine and carnote Engine 00:15:00
- Maxwell Potentials 00:10:00
Nuclear and Particle Physics
37 Lessons
00:00:00 Hours
- Module 1 Problem Discussion Live
- Module 2&3 Problem Discussion Live
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- PYQ Discussion Part 4
- Elementary Particles Classification
- Conservation Laws
- Quark Model
- Module 3 Problems discussion
- Nuclear Reactions, Radioactivity
- Alpha Decay
- Beta Decay
- Gamma Decay, Fission and Fusion
- Module 2 Problem discussion
- Basic Nuclear Properties
- Binding Energy and Mass Defect
- Spin, Parity and Electric Quadrupole
- Liquid Drop Model
- Nuclear Force & Nuclear Potential
- Shell Model
- Collective Model
- Module 1 Problem discussion
- Spin, Parity and Electric Quadrupole 00:15:00
- Liquid Drop Model 00:15:00
- Nuclear Force & Nuclear Potential 00:15:00
- Shell Model 00:15:00
- Collective Model 00:15:00
- Nuclear Reactions, Radioactivity 00:15:00
- Alpha Decay 00:15:00
- Beta Decay 00:15:00
- Gamma Decay, Fission and Fusion 00:15:00
- Elementary Particles Classification 00:15:00
- Conservation Laws 00:15:00
- Binding Energy and Mass Defect 00:15:00
- Quark Model 00:15:00
- Basic Nuclear Properties 00:15:00
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