
1
lecture 23
Magnetostatics: current density, charge conservation, BiotSavart Law, Lorentz force, cyclotron orbit, Maxwell's equations for magnetostatics, vector potential, Coulomb gauge

2

3

4

5

6
lecture 24
Correspondance between magnetostatics and electrostatics, calculating B fields from the BiotSavart Law, force between two current carrying wires, symmetry planes and magnetic fields
HW #11 due by 4pm

7
lecture 25
Solving for B using symmetries and Ampere's Law in integral form, boundry conditions crossing a surface current
makeup lecture 4:50 pm in Morey 205

8
lecture 26
Computing A from the integral solution to Poisson's equation, multipole expansion for the magnetic vector potential, magnetic dipole approximation, dipole moment for a piecewise planar current loop

9

10

11

12

13
lecture 27
Force and torque on a magnetic dipole, paramagnetism, diamagnetism and ferromagnetism, magnetization density, bound currents, H field, linear magnetic materials
last day classes

14
reading period
HW #12 due by noon

15
reading period

16
reading period

17
final exams begin
