3

4

5
lecture 27
Radiated E and B fields, Poynting vector, and radiated power from an oscillating source in the electric dipole, magnetic dipole, and electric quadrupole approximations
HW #7 due in lecture

6

7
lecture 28
Radiation from a general time dependent source, Larmor's formula for radiation from an accelerating charge, special relativity, Lorentz transformation, 4vectors, proper time, 4velocity, 4gradient

8

9

10

11

12
lecture 29
4current, 4potential, field strength tensor and Maxwell's equations, energymomentum 4vector, Lorentz force, relativistic Larmor's formula

13
last day of classes
HW #8 due by noon in homework locker

14
reading period

15
reading period

16
reading period
