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....Organic and Nano- structured Optics and Electronics
....Power Semiconductor
....Quantum Transport for Engineers
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....Semiconductor Simulation
....Solid State Electronics
....VLSI I: Architecture
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Lectures
printable version

Solid State Electronics

EE 5th or 7th Sem.

This lecture explains the physical phenomena observed in micro- and optoelectronic devices based on quantum theory and statistical mechanics. The main topics are:

  1. Physical Phenomena in Modern Solid State Devices
  2. Foundations I: Quantum Theory
  3. Crystal Structures and Symmetry
  4. Foundations II: Thermodynamics, statistical mechanics
  5. Electronic Band Structure of Crystals
  6. Foundations III: Magnetic Phenomena of the Solid State
  7. Crystal Vibrations
  8. Foundations IV: Particles in Electromagnetic Fields
  9. Transport in Electric and Magnetic Fields
  10. Foundations V: Low-dimensional Systems
  11. Quantum Wells and Heterostructures
  12. Band Structure and Optical Phenomena
  13. Selected Topics on Radiation
  14. The Future of Solid State Electronics: Different Carbon flavors, spintronics, qbits, molecular electronics


Detailed information for the actual semester

Last change:  5 March 2012    Author:  Vanessa Wood