Teaching
| Home | Research | Publications | Group Members | Teaching | CV |
Course Objectives: This course is designed for graduate students and will cover major aspects of nanophotonics. Format includes lectures, lab and reference search work, and students’ presentations.
Topics may include but not limited to:
1. Quantum wells
1 . Quantum and nano-wires
2 . Quantum dots and nano-particles
3 . Si photonics
4 . Negative index and meta-materials
5 . Nano-structured emitters and detectors
6 . Nano-lasers
7 . Nano- and single photon detectors
8 . Nano-sensors
9 . Photonic crystals
1 0 .Nano-structured solar cells
1 1 .Nano-plasmonics
1 2 .Nano-lithography
1 3 .Biophotonics (Nanophotonics related)
Functional Materials
Course Objectives: Students in this course develop an understanding of the fundamental
properties and engineering principles of functional materials and devices: semiconductors,
polymers and soft complex materials, nanocomposites, and bio-inspired materials and their
applications.