UNDERGRAD PHYSICS

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Lecture 55 | A Classical Treatment of Incident Radiation | Time Dependent Perturbation Theory

Lecture 55 | A Classical Treatment of Incident Radiation | Time Dependent Perturbation Theory
Lecture 54 | Interaction of Atoms with Radiation | Derivation of Hamiltonian in Time Dependent Pert.

Lecture 54 | Interaction of Atoms with Radiation | Derivation of Hamiltonian in Time Dependent Pert.
Lecture 53 | Sudden Approximation in Time Dependent Perturbation| Transition Probability Derivation

Lecture 53 | Sudden Approximation in Time Dependent Perturbation| Transition Probability Derivation
Lecture 52 | Adiabatic Approximation & Adiabatic Theorem Derivation | Time Dependent Perturbation

Lecture 52 | Adiabatic Approximation & Adiabatic Theorem Derivation | Time Dependent Perturbation
Lecture 51 | Derivation of Transition Probability in Adiabatic and Sudden Approximation

Lecture 51 | Derivation of Transition Probability in Adiabatic and Sudden Approximation
Lecture 50 | Transition Rate and Transition into a Continuum State

Lecture 50 | Transition Rate and Transition into a Continuum State
Lecture 45 | Introduction to Time Dependent Perturbation | Derivation of Dyson Series

Lecture 45 | Introduction to Time Dependent Perturbation | Derivation of Dyson Series
Lecture 49 | Calculation of Transition Probability in Harmonic Perturbation | Time Dependent Pert.

Lecture 49 | Calculation of Transition Probability in Harmonic Perturbation | Time Dependent Pert.
Lecture 48 | Fermi Golden Rule | Transition into a continuum state | Time-Dependent Perturbation

Lecture 48 | Fermi Golden Rule | Transition into a continuum state | Time-Dependent Perturbation
Lecture 47 | Transition Probability for constant perturbation

Lecture 47 | Transition Probability for constant perturbation
Lecture 46 | Deriving the Transition Probability Formula | Time-Dependent Perturbation Theory

Lecture 46 | Deriving the Transition Probability Formula | Time-Dependent Perturbation Theory
Lecture 44 | Interaction Picture Or Dirac Picture in Quantum Mechanics

Lecture 44 | Interaction Picture Or Dirac Picture in Quantum Mechanics
Lecture 43 | Understanding the Heisenberg Picture | State Vectors, Operators & Equation of Motion

Lecture 43 | Understanding the Heisenberg Picture | State Vectors, Operators & Equation of Motion
Lecture 42 | Schrodinger Pictures | Introduction to different pictures in quantum mechanics

Lecture 42 | Schrodinger Pictures | Introduction to different pictures in quantum mechanics
Lecture 57 | Radiation Reaction & the Abraham-Lorentz Force | Derivation from Larmor Formula

Lecture 57 | Radiation Reaction & the Abraham-Lorentz Force | Derivation from Larmor Formula
Lecture 56 | Deriving Synchrotron Radiation Power Using Liénard's Generalized Larmor Formula

Lecture 56 | Deriving Synchrotron Radiation Power Using Liénard's Generalized Larmor Formula
Lecture 55 | Derivation of Bremsstrahlung Radiation Power | Using Liénard's Generalization of Larmo

Lecture 55 | Derivation of Bremsstrahlung Radiation Power | Using Liénard's Generalization of Larmo
Lecture 54 | Lienard's Generalisation of Larmor's Formula

Lecture 54 | Lienard's Generalisation of Larmor's Formula
Lecture 53 | Derivation of Larmor Formula

Lecture 53 | Derivation of Larmor Formula
Lecture 52 | Radiation From Arbitrary Source Part (B)

Lecture 52 | Radiation From Arbitrary Source Part (B)
Lecture 51 | Radiation From Arbitrary Source Part (A)

Lecture 51 | Radiation From Arbitrary Source Part (A)
Lecture 50 | Magnetic Dipole Radiation Part(B)

Lecture 50 | Magnetic Dipole Radiation Part(B)
Lecture 49 | Magnetic Dipole Radiation Part(A)

Lecture 49 | Magnetic Dipole Radiation Part(A)
Lecture 48 | Electric Dipole Radiation Part (C)

Lecture 48 | Electric Dipole Radiation Part (C)
Lecture 47 | Electric Dipole Radiation Part (B)

Lecture 47 | Electric Dipole Radiation Part (B)
Lecture 46 | Calculation of Scalar Potential | Electric Dipole Radiation Part (A)

Lecture 46 | Calculation of Scalar Potential | Electric Dipole Radiation Part (A)
Lecture 45 | What is Radiation ?

Lecture 45 | What is Radiation ?
Lecture 41 | Solved Quantum Mechanics Problem | Two Spin-1/2 Particles in 1D Box with Delta Perturb

Lecture 41 | Solved Quantum Mechanics Problem | Two Spin-1/2 Particles in 1D Box with Delta Perturb
Lecture 40 | Quantum Tunneling Explained | Proton Penetration into a Nucleus 🚀

Lecture 40 | Quantum Tunneling Explained | Proton Penetration into a Nucleus 🚀
Lecture 39 | Ground State Energy in Harmonic Potential using Variational and WKB Methods

Lecture 39 | Ground State Energy in Harmonic Potential using Variational and WKB Methods