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Transcript 
Course
Nano Electronics
Lecturer
David M. T. Kuo
Credits
Master
Ph.D
Required/Elective
Elective
Level
3
Course Description
 Quantum mechanics
1. Discussions on Ethics for Engineers.
2. Time-independent perturbation
3. Time-dependent perturbation
4. Fermi golden rule
 Field quantization
1. Harmonic oscillator
2. Quantization of radiation osccillators
3. Bunching and antibunching
4. Electron photon interactions
 Quantum communications
1. Communication
2. Quantum states
3. Cryptography
 Tunneling devices
1. Single electron transistor (SETs)
2. SETs under optical pumping
3. Single photon generator
4. Spin polarize tunneling current
 Spintronics
1. Electron spin
2. Spin manipulation mechanis
3. Spin orbital interaction
4. Ferromagnetic/Semiconductor heterstructure
Textbook / Handouts
Solid state physics, C. kittel and Physics of
optoelectronic devices, Shun Lien Chuang and other
references
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