Apr 19

Distributed Information Concerning the Final Exam.

Apr 14

Distributed handout: Second Quantization:
Creation and Annihilation Operators

Apr 12

Distributed Homework 9 (due Apr 21).

Apr 7

The final exam will be held from 3:00 to 5:00 p.m. on Tuesday, April 27,
not from 7:30 to 9:30 a.m. on Thursday, April 29.
Further details will be announced later.
There will be no office hours on Thursday, April 8.
Homework 8 may be submitted without a late penalty right
up to the final deadline for this assignment:
5:00 pm on Monday, April 12.

Apr 2

Posted Homework 8 (due Apr 9).

Mar 26

Distributed Information Concerning MidTerm Exam 2.

Mar 19

There will be no class on Wednesday, March 24. (Kevin Ingersent
will be out of town from Monday afternoon through Thursday night.)
It was decided in class today that Exam 2 will be held on Wednesday,
March 31 from 6:00 to 8:00 p.m. The exam will focus on perturbation
theory (both timeindependent and timedependent).

Mar 15

Distributed Homework 7 (due Mar 22).
Distributed handout: SecondOrder
TimeDependent Perturbation Theory

Mar 5

Distributed handout: TimeDependent
Perturbation Theory: The Photoelectric Effect

Mar 1

Posted Homework 6 (due Mar 15).

Feb 18

Distributed Information Concerning MidTerm Exam 1.
Distributed handout: BrillouinWigner
Perturbation Theory

Feb 16

Distributed handout on Degenerate
RayleighSchrodinger Perturbation Theory.
Distributed Homework 5 (due Mar 1).

Feb 11

There is a typographic error in Homework 4, Question 2(b):
you should change the integration variable to y = e^{x/d,
not y = ex.
} 
Feb 9

It was decided in class today that Exam 1 will be held on Monday, February 23
from 6:00 to 8:00 p.m.

Feb 6

Distributed Homework 4 (due Feb 13).

Feb 4

Distributed handout: The WKB Connection
Formulae

Jan 30

Posted Homework 3 (due Feb 6).

Jan 23

Distributed Homework 2 (due Jan 30).

Jan 21

Distributed handout: The BoundState
AharonovBohm Effect
A new version of HW 1 has been posted online, containing two clarifications:
(1) Late homework will be accepted for credit until 5 p.m. on
Monday, January 26.
(2) Additional information has been provided for question 3, part (d).

Jan 19

No Class: Martin Luther King Jr. Holiday

Jan 16

Distributed Homework 1 (due Jan 23).

Jan 7

First class. Distributed course syllabus.
Distributed handout: Reduction of a Dyadic
to a Sum of Spherical Tensor Operators
