Quantum Mechanics II, Physics 4143: Assignment 2, Spring 2011.
1: We wish to describe the action of angular momentum operators in a space of xed angular
momentum j = 1. Construct the matrix representa
Physics 4143: Quantum Mechanics II
Brian Kennedy
Hydrogen atom bound states via the hypergeometric equation, Spring 2011
For those who would like to test their understanding of the H-atom bound state
Physics 4143: Some remarks on the two-state coupling problem and perturbation theory
Brian Kennedy, School of Physics, Georgia Institute of Technology, Atlanta, Georgia, 30332-0430
Consider a two stat
Physics 4143: Supplementary remarks on helium atomic structure - angular momentum labels
Brian Kennedy, School of Physics, Georgia Institute of Technology, Atlanta, Georgia, 30332-0430
The neutral hel
Quantum Mechanics II, Physics 4143: Assignment 8, Spring 2011.
Variational method and time-dependent perturbation theory examples.
1: Griths Problem 7.1: Variational method, basic examples with a gaus
Quantum Mechanics II, Physics 4143: Assignment 7, Spring 2011.
Degenerate perturbation theory examples.
1: Griths Problem 6.7 This is similar to the problem we discussed in class, i.e., motion
on a ci
Quantum Mechanics II, Physics 4143: Assignment 6, Spring 2011.
Nondegenerate perturbation theory examples.
1: Griths Problem 6.2 Harmonic oscillator: you may need to review the properties of
a and a o
Quantum Mechanics II, Physics 4143: Assignment 5, Spring 2011.
1: Griths Problem 5.6 quantum statistics and average separation.
2: Griths Problem 5.7 Slater determinant.
3: Griths Problem 5.18 energy
Quantum Mechanics II, Physics 4143: Assignment 4, Spring 2011.
1: Griths Problem 4.56. Angular momentum as the generator of rotations.
2: Griths Problem 4.57
3: Griths Problem 5.1 and 5.2 Separating t
Quantum Mechanics II, Physics 4143: Assignment 3, Spring 2011.
1: Griths Problem 4.33. This is an example of a problem with a time-dependent
Hamiltonian. In such a case the Hamiltonian has instantaneo
Tentative Syllabus Spring 2017
Physics 4143: Quantum Mechanics II (01/12/17)
Tuesdays and Thursdays from 12:05 to 13:25 (Lecture Room S204)
Professor: Carlos Sa de Melo ([email protected]