AP 69N: Advanced Electronic Materials: Principles and Applications



Syllabus

1. Foundations
An introduction to the structure of matter, quantum mechanics and the behavior of electrons in solids

2. Semiconductor science and technology
Introduction to the physics of semiconductors; diodes; transistors; and Random Access Memory. Optical properties of metals and semiconductors; LEDs and LASERs; Solar cells; thermoelectrics

3. Magnetic materials for applications and data storage
Long range magnetic order; Magnetic media for data storage, including perpendicular and patterned media; Giant magnetoresistance and magnetic tunnel junctions; Magnetic Randam Access Memory (MRAM); and for comparison, a bit about phase change memory & FLASH

4. superconductivity
Phenomenology and applications

Fisher Research Group
Geballe Laboratory for Advanced Materials
Dept. of Applied Physics
Stanford University
CA 94305-4045
Last updated: March 26th 2008