OUTLINE
- Microscopic Basis of Conduction and Ohms Law (2/10)
- Electromagnetic Theory (2/13, 15, 17, 20)
- Electromagnetic Wave Propagation, or Light (2/22, 24)
- Propagation of Light Through Media
- Optical Refraction (2/27)
- Optical Dispersion (3/1)
- Optical Guiding and Fiber Communication (3/3)
- Lasers (3/6, 8)
- Antennas (3/10, 13, 15, 17)
Midterm (3/20)
Class cancelled (3/22, 24); Spring Break (3/25-4/2)
- Light Interference
- Phased array antennas (4/3)
- Diffraction Gratings (4/5)
- Modern Physics
- Photons (4/7)
- Electrons as waves, or Quantum Mechanics (4/7)
- Solid State Physics
- Free electron theory of metals (4/10, 12)
- Atomic physics and the formation of solids (4/12)
- Semiconductors and band gaps (4/14, 17)
- Direct and indirect semiconductors (4/19)
- P-type and n-type semiconductors (4/21)
- Diodes
- Electrical properties (4/24, 26, 28)
- Optical (photodiode, Solar Cell, LED) properties (5/1, 3)
- Transistors
- Vacuum tubes and signal amplification (5/5)
- Bipolar transistors (5/8, 10)
- MOS (Metal-Oxide-Semiconductor) transistors (5/12, 15)
Review lecture (5/17)
Final exam (5/22, 1-3)