Optoelectronic Materials and Devices I

Lecture Details

1. Introduction to Optoelectronics
2. Optical Processes in Semiconductors
3. Direct and Indirect Gap semiconductors
4. Heavy Doping Effects
5. Excitons and Lattice Vibrations
6. Electric and Magnetic Field effects
7. Excutons in Quantum wells
8. Luminescence in solids
9. Radiatne Recombination and Absorption
10. Recombination Mechanisms
11. Non Radiative Recombination
12. Auger and Surface Recombination
13. Fundamentals of Photodetectors
14. Background Fluctuations and Noise
15. Thermal Detectors and Noise
16. Quantum Detectors - 1 PE and PC