PHY 344 Quantum Mechanics II

MWF 9-9:50 AM OPL 103 http://www.wfu.edu/~natalie/s02phy344/

Instructor: Natalie Holzwarth Phone:758-5510 Office:300 OPL e-mail:natalie@wfu.edu


General Information

This course is a continuation of PHY 343, focusing on a survey of quantum mechanical phenomena and continuing to develop mathematical tools for quantitative analysis. The textbook is: Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles (Second Edition) by Robert Eisberg and Robert Resnick (John Wiley & Sons, Inc.).


It is likely that your grade for the course will depend upon the following factors:

Problem sets*

40%

Computational project

20%

Exams

40%

*In general, there will a new assignment after each lecture, so that for optimal learning, it would be best to complete each assignment before the the next scheduled lecture. According to the honor system, all work submitted for grading purposes should represent the student's own best efforts.


Course schedule for 2002

(Preliminary schedule -- subject to frequent adjustment.)
Date
Text Reading
Topic
Assign.
01-16 (Wed)
Appendix J
Time independent perturbation theory
01-18 (Fri)
Appendix J Degenerate perturbation theory
01-21 (Mon)
No class MLK holiday  
01-23 (Wed)
Appendix J and K Variational methods of approximation
01-25 (Fri)
Appendix K Time-dependent perturbation theory
01-28 (Mon)
Chap. 8 Orbital and spin magnetic moments
01-30 (Wed)
Chap. 8 Spin orbit interaction
02-01 (Fri)
Chap. 8 Total angular momentum
02-04 (Mon)
Chap. 8 Zeeman and Paschen-Bach effects
02-06 (Wed)
Chap. 8 Transitions between quantum states
02-08 (Fri)
Chap. 8 Transitions between quantum states
02-11 (Mon)
Chap. 9 Multielectron representations
02-13 (Wed)
Chap. 9 He atom
02-15 (Fri)
Chap. 9 Rationalizing the Periodic Table of Elements
02-18 (Mon)
Chap. 10 Multielectron atoms
02-20 (Wed)
Chap. 10 Multielectron atoms
02-22 (Fri)
Chap. 10 Atomic spectroscopy
02-25 (Mon)
Chap. 11 Statistical Physics (none)
02-27 (Wed)
Chap. 12 Molecular Physics (none)
03-01 (Fri)
Chap. 12 Molecular Physics
03-04 (Mon)
Chap. 13 Solid Physics
03-06 (Wed)
Chap. 13 Solid State Physics Project Proposal
03-08 (Fri)
     
03-11 (Mon)
No class Spring break  
03-13 (Wed)
No class Spring break  
03-15 (Fri)
No class Spring break  
03-18 (Mon)
No class March APS meeting  
03-20 (Wed)
No class March APS meeting  
03-22 (Fri)
No class March APS meeting  
03-25 (Mon)
Chap. 13 Solid State Physics
03-27 (Wed)
Chap. 13 Solid State Physics
03-29 (Fri)
No class Good Friday  
04-01 (Mon)
Chap. 14 Superconductivity
04-03 (Wed)
Chap. 14 Ferromagnetism
04-05 (Fri)
Chap. 14 Ferromagnetism  
04-08 (Mon)
Chap. 14 Ferromagnetism
04-10 (Wed)
Chap. 15 Nuclei
04-12 (Fri)
Chap. 15 Nuclear models  
04-15 (Mon)
Chap. 16 Nuclear processes
04-17 (Wed)
Chap. 16 Beta decay
04-19 (Fri)
Chap. 16 Gamma decay
04-22 (Mon)
Chap. 16 Nuclear reactions
04-24 (Wed)
Chap. 16 Nuclear reactions
04-26 (Fri)
Chap. 17 Nuclear forces
04-29 (Mon)
Review    
05-01 (Wed)
Presentation    
05-01 (Wed)
     


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Last modfied: Friday, 26-Apr-2002 08:45:14 EDT
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