• Vector
  01:57
• Gradient of a Scalar Field
  05:00
• Divergence of a Vector Field
  05:00
• Curl of a Vector Field
  05:00
• Electric Field
  02:42
• Electric Flux
  03:34
• Gauss's Law
  05:00
• Electric Potential
  02:43
• Displacement Current
  02:05
• Equation of Continuity
  05:48
• Introduction to Dielectric Materials
  02:41
• Dielectric Materials and its Types
  03:56
• Permittivity and Dielectric Constant
  03:08
• Polarization and Polarizability
  03:00
• Electrical Susceptibilty
  07:03
• Electronic Polarization
  02:34
• Ionic Polarization
  01:51
• Orientation Polarization
  01:32
• Space Charge Polarization
  01:12
• Dielectric Breakdown
  02:27
• Ampere's Circuital Law
  05:38
• Faraday's Law of Electromagnetic Induction
  07:25
• Maxwell's Equation
  03:31
• Maxwell's First Equation
  03:00
• Maxwell's Second Equation
  02:26
• Maxwell's Third Equation
  03:42
• Maxwell's Fourth Equation
  06:28
• Characteristic of EM Waves
  02:11
• Wave Propagation in Free Space
  05:42
• Poynting Theorem
  04:52
• Fundamental Terms Related to Magnetism
  02:18
• Permeabilty and Magnetic Field Intensity
  02:30
• Atomic Origin of Magnetism
  02:33
• Classification of Magnetic Material
  02:26
• Diamagnetic Materials
  02:56
• Paramagnetic Materials
  02:47
• Ferromagnetic Materials
  02:16
• Magnetic Domain
  02:08
• Anti-Ferromagnetic Materials
  02:03
• Ferrimagnetic Materials
  02:06
• Magnetostriction
  02:52
• Ultrasonics
  01:55
• Magnetostriction Method
  03:32
• Superconductivity
  05:26
• Critical Temperature
  01:27
• Thermodynamics of Superconductors
  03:07
• Meissner Effect
  02:01
• Type-I Superconductors
  01:38
• Type-II Superconductors
  02:33
• London Penetration Depth
  05:00
• London Equation
  05:28
• BCS Theory
  02:23
• Application of Superconductors
  03:24
• Lasers
  02:02
• Stimulated Absorption
  02:01
• Spontaneous Emission
  02:19
• Stimulated Emission
  02:45
• Optical Pumping for Population Inversion
  03:24
• Coherent Source
  03:26
• Components of Laser
  03:15
• Modes of Optical Resonator
  03:08
• Level Laser Systems
  03:42
• Ruby Lasers
  02:26
• He-ne Lasers
  03:19
• CO2 Laser
  04:02
• Semiconductor Laser
  02:11
• Principle of Holography
  02:58
• Recording of Hologram
  02:03
• Reconstruction of Image from Hologram
  01:12
• Optical Fiber
  02:59
• Advantages of Cladding
  02:28
• Critical Angle
  02:54
• Total Internal Reflection
  05:00
• Acceptance Angle & Cone
  05:00
• Numerical Aperture
  05:00
• Types of Optical Fibers
  02:14
• Signal Loss in Optical Fiber
  04:02
• Modal Classification of Fibers
  02:45
• Fiber Optic Communication System
  01:58
• Inertial & Non-Inertial Frames
  05:39
• Galilean Transformations
  04:25
• Concept of Ether
  01:37
• Einstein's Theory of Relativity
  02:48
• Michelson-Morley Experiment
  06:22
• Lorentz Transformation Equations
  05:00
• Length Contraction
  05:00
• Time Dilation
  05:00
• Variation of Mass with Velocity
  05:00
• Mass Energy Equivalence
  05:00
• Addition of Velocities
  05:00
• Nanotechnology and Nanomaterials
  02:52
• Nanoscale
  01:35
• Basic Element of Nanomaterials
  00:54
• Classification of Nanomaterials
  03:24
• Synthesis of Nanomaterials
  01:27
• Ball Milling
  01:15
• What is Carbon Nanotube?
  02:34
• Development of Carbon Nanotubes: Arc Method
  01:44
• Development of Carbon Nanotubes: Laser Ablation Method
  01:30
• Properties of Carbon Nanotubes
  02:23
• Properties of Nanomaterials
  02:01
• Application of Nanomaterials
  02:39
• Space Lattice
  01:02
• Translational Vector
  01:49
• Unit Cell
  01:35
• Crystal Systems
  03:26
• Bravais Lattices
  02:26
• Number of Atoms Per Unit Cell
  03:09
• Coordination Number
  02:24
• Atomic Radius
  05:00
• Packing Density
  01:47
• Miller Indices
  02:05
• What are X-Rays?
  02:34
• Production of X-Rays
  02:53
• Bremsstrahlung X-Rays
  02:37
• Characteristic X-Rays
  02:22
• Diffraction of X-Rays
  02:25
• Bragg's Law
  03:41
• Bragg's Spectrometer
  03:02
• Crystallography
  01:21
• Failure of Classical Mechanics
  02:15
• Quantum Mechanics
  02:33
• Particle and Wave
  01:32
• Wave Particle Duality of Radiations
  01:45
• De-Broglie's Concept of Matter Waves
  02:14
• De-Broglie Wavelength
  05:00
• Properties of Matter Waves
  01:30
• Phase and Group Velocity
  02:07
• Particle Velocity
  01:17
• Heisenberg Uncertainty Principle
  05:00
• Wave Function and its Significance
  02:18
• Properties of Wave Function
  01:15
• Schrodinger Time Dependent Wave Equation
  03:40
• Schrodinger Time Independent Wave Equation
  03:25
• Schrodinger's Wave Equation - Particle in 1-D Box
  07:49
• Eigen Values for a Free Particle
  07:20

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