|
Welcome to 8.06 :: Quantum Physics III
May 19th, 2008
May 14th, 2008
Solutions to sample final exams:
May 11th, 2008
Solution to Problem set #10
May 6th, 2008
Solution to Problem set #9
May 5th, 2008
Problem set #10 (You do not need to hand it in )
Lecture notes for Chapt. 15 (Scattering theory).
Lecture notes on Scattering theory by Prof. Jaffe
Sample final exams:
Apr 19th, 2008
Problem set #9 (due May 2 )
Solution to Problem set #8
article by Wick Haxton on Solar neutrino problem (optional reading)
Lecture notes for Chapt. 14 (time-dependent perturbation theory).
Apr 8th, 2008
Problem set #8 (due Apr 18 )
Solution to Problem set #7
Lecture notes for Chapt. 13 (Adiabatic approximation).
Apr 3rd, 2008
Lecture notes for Chapt. 12 (WKB approximation).
Apr 1st, 2008
Problem set #7 (due Apr 8 )
Lecture notes for Chapt. 11 (Variational method).
Supplementary notes on connection formulae for WKB approximation.
Scanned copies of Cohen-Tannoudji Chapter XI, Complements E (variational method)
Mar 20th , 2008
Midterm solutions posted.
Mar 18th , 2008
Solution to Problem set #6 has been posted
Mar 16th , 2008
Sample midterm solutions posted.
Mar 12th , 2008
Solution to Problem set #5 has been posted
Mar 11th, 2008
Problem set #6 (due Mar 18 )
Lecture notes for Chapt. 10 (Time-independent perturbation theory).
Two sample midterms (solutions will beposted next week):
Mar 5th , 2008
Solution to Problem set #4 has been posted.
Notes on coherent states for a charged particle in a magnetic field
Mar 3rd, 2008
Problem set #5 (due Mar 11 )
Feb 26th, 2008
Solution to Problem set #3 has been posted.
Feb 26th, 2008
Problem set #4 (due Mar 4 ).
Feb 20th, 2008
Solution to Problem set #2 has been posted.
Minor corrections made to Solution to Problem set #1 (various numerical numbers in p.6 changed). Note added to the unit for magnetic moment in problem 1b.
Feb 19th, 2008
Problem set #3 (due Feb 26).
Feb 13th, 2008
Solution to Problem set #1 has been posted.
Feb 11th, 2008
Problem set #2 (due Wednesday Feb 20).
Supplementary notes on canonical quantization and Quantum Mechanics if a charged particle in a magentic field by Prof. Jaffe
Lecture notes for Chapt. 8 (Degenerate Fermi systems).
Lecture notes for Chapt. 9 (Charged particles in a magenetic field).
Feb 5th, 2008
Problem set #1 has been posted (due Feb 12).
Supplementary notes on units by Prof. Jaffe has been posted.
RECITATION CHANGES
If you would like to change recitation sections, please do so in the Grade Management System. |
|
