PHY 712 Electrodynamics

MWF 10-10:50 AM OPL 107 http://www.wfu.edu/~natalie/s08phy712/

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


General Information

This course is a one semester survey of Electrodyamics at the graduate level, using the textbook: Classical Electrodyamics, 3rd edition, by John David Jackson (John Wiley & Sons, Inc.) -- "JDJ". link to errata


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 2008

(Preliminary schedule -- subject to frequent adjustment.)
Date
JDJ Reading
Topic
Assign.
01-16 (Wed)
Chap. I and 1
Introduction and Units
01-18 (Fri)
Chap. 1 Electrostatic Energy -- Ewald analysis
01-21 (Mon)
No class MKL Holiday
01-23 (Wed)
Chap. 1 Electrostatic Energy -- Ewald analysis
01-25 (Fri)
Chap. 1 Solutions of the Poisson Eq. -- 1 d
01-28 (Mon)
Chap. 1 Green's Functions
01-30 (Wed)
Chap. 2 Green's functions and orthogonal functions
#5
02-01 (Fri)
Chap. 2 Method of images
#6
02-04 (Mon)
Chap. 2 &3 Green's functions for Poisson Eqn. continued
#7
02-06 (Wed)
Chap. 3 Green's functions for Poisson Eqn. -- spherical polar coordinates
#8
02-08 (Fri)
No class
02-11 (Mon)
Chap. 1-3 Numerical methods for solving Poisson Eqn.
#9
02-13 (Wed)
Chap. 1-3 Numerical methods for solving Poisson Eqn.
#10
02-15 (Fri)
Chap. 3 Multipole fields
#11
02-18 (Mon)
Chap. 4 Dielectic media
02-20 (Wed)
Chap. 4 Displacement field and dielectric constant
02-22 (Fri)
Chap. 4 Claussius-Mossotti relation
02-25 (Mon)
Chap. 5 Magnetostatics
02-27 (Wed)
Chap. 5 Magnetic Dipole Moments
02-29 (Fri)
Chap. 5 M and H fields
#12
03-03 (Mon)
Chap. 5 Magnetic boundary value problems
#13
03-05 (Wed)
Chap. 6 Maxwell's Equations
#14
03-07 (Fri)
Chap. 6 Maxwell's Equations  
03-10 (Mon)
No class Spring Break  
03-12 (Wed)
No class Spring Break  
03-14 (Fri)
No class Spring Break  
03-17 (Mon)
Chap. 6 Poynting's Theorem
#15
03-19(Wed)
Chap. 7 Electromagnetic plane waves
#16
03-21 (Fri)
No class Good Friday
03-24 (Mon)
Chap. 7 Relection and refraction of plane waves
#17
03-26 (Wed)
Chap. 7 Models of dielectric functions
#18
03-28 (Fri)
Chap. 7 Kramers-Kronig transforms
#19
03-31 (Mon)
Chap. 8 Wave Guides
#20
04-02 (Wed)
Chap. 8 Wave Guides and Cavities
#21
04-04 (Fri)
Chap. 11 Special Theory of Relativity
#22
04-07 (Mon)
Chap. 11 Special theory of relativity
#23
04-09 (Wed)
Chap.11 Field transformations
04-11 (Fri)
No class Take-Home Exam
04-14 (Mon)
Chap. 11 Radiation of a moving charge
04-16 (Wed)
Chap. 14 Spectral analysis of radiation from moving charges
04-18 (Fri)
Chap. 14 Synchrotron Radiation
#24
04-21 (Mon)
Chap. 14 & 9 Radiation and scattering
#25
04-23 (Wed)
Chap. 9 Radiation from frequency dependent sources
#26
04-25 (Fri)
Chap. 9 & 10 Rayleigh scattering
04-28 (Mon)
Chap. 9 & 10 Antenna radiation and review
04-30 (Wed)
Presentations of Computational Projects


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Last modfied: Sunday, 27-Apr-2008 13:04:02 EDT