TENTATIVE SCHEDULE FOR PHYSICS 411, SPRING 2003, Prof. Anlage
Date	Mtg.#	Griffiths	Spring 2003 Topics
Week 1
28-Jan	1	1.1 - 1.3	Review of Mathematics I: Differential calculus
30-Jan	2	1.4 - 1.6	Review of Mathematics II: Integral calculus
Week 2
3-Feb	3	2.1	Electric Fields and Gauss's Law
4-Feb	4	2.1, 2.2	Coulomb's Law and The Electric Field
6-Feb	5	2.2	Div and Curl of E
Week 3
10-Feb	6
11-Feb	7	2.2	Electric Potential + Poisson + Laplace
13-Feb	8	2.4, 2.5, 3.1	Work and Energy
Week 4
17-Feb	9
18-Feb	10	2.4, 2.5, 3.1	Conductors, Thomas-Fermi screening, solutions to Laplace's equaqtions
20-Feb	11	3.2	Method of images
Week 5
24-Feb	12
25-Feb	13	3.3	Separation of variables in spherical coords I
27-Feb	14	3.4	Separation of variables in spherical coords II + multipole expansion
Week 6
3-Mar	15
4-Mar	16	3.4, 4.1	Multipole expansions (short) + Electric Dipole
6-Mar	17		EXAM 1, Chapters 1 - 3
Week 7
10-Mar	18
11-Mar	19	4.1	Polarization
13-Mar	20	4.2	Field of a polarized object
Week 8
17-Mar	21
18-Mar	22	5.1	Ferroelectrics/Critical behavior + Magnetic fields + Lorentz
20-Mar	23	5.2, 5.3	Force on currents I, K, J, Biot-Savart
SPRING BREAK
Week 9
31-Mar	24
1-Apr	25	5.3	Biot-Savart, Div, Curl B, Ampere's Law
3-Apr	26	5.3	Ampere's Law in integral form
Week 10
7-Apr	27
8-Apr	28	5.4	Mangetic vector potential
10-Apr	29	5.4	Aharonov-Bohm Effect
Week 11
14-Apr	30
15-Apr	31	6.1, 6.2	Multipole Exapnsion for A, Magnetization
17-Apr	32	6.2, 6.3	Bound Currents, H field
Week 12
21-Apr	33	6.4	H, B, M, bound current problem, MEG
22-Apr	34	7.1	EMF, Faraday's Law
24-Apr	35	7.2	EMF, Galilean invariance, Faraday example
Week 13
28-Apr	36		Review
29-Apr	37		EXAM 2, Chapters 4 - 6
1-May	38	7.3	energy in magnetic fields, Maxwell's Eqs.
Week 14
5-May	39	7.3	Displacement currents
6-May	40	7.3	constiutive Eqs. + Boundary Conditions
8-May	41	9.1, 9.2	Boundary conditions, EM waves in vacuum
Week 15
12-May	42	9.3	Harmonic EM waves, Poynting's Theorem
12-May	43		EM waves in conductors, Review
17-May	44	FINAL EXAM	8:00 - 10:00 AM Covering ALL Material