Jan
Credits 3:0
Course:
IN252: Optical Materials and Devices
Course Content:
- Introduction
- Fundamentals of semiconductors and optoelectronic devices
- Photodetector, LED, LASER
- Optical properties of metals
- Fabrication methods: Chemical and Physical techniques
- Optical Properties of nanostructures:
- Surface Plasmon Polariton
- Metasurface
- Metasurface applications
- Optical fibers and Waveguides:
- Fibre drawing process
- Fibre materials
- Multi-material micro-structured fibres
- Multi-material fibres for electronic and photonic applications
- Integrated photonics-material choice and applications
Aug
Credits:3:0
Course:
IN232:Concepts in Solid State Physics
Course Content:
- Quantum mechanics basics
- Vibrations in solids
- Electrons in Metals
- Phonons
- Tight binding chain
- Chemical
bonding in solids - Crystal structure
- Real and Reciprocal Space
- Scattering experiments
- Waves in reciprocal
space - Band structure and optical properties
- Fermi surfaces
- Introduction to semiconductors
- Magnetism
- Practical examples and review
Aug
Credits: 0:3
Course:
Ph 211:General Physics Lab
Experiments:
1.Identification of NaCl monocrystals(with X-ray unit)
2.Gamma ray absorption with MCA(calibration & attenuation coefficient)
3.NMR(find the magneto-gyric ratio of Hydrogen and Flourine)
4.Velocity of sound in liquids(Raman-Nath experiment)
5.Normal modes in 3D
6.Solar cell,thermopile
7.UV-VIS spectroscopy(Band gap of a semiconductor,thickness measurement)
8.Elastic plastic deformation
9.X-ray fluorescence with MCA
10.Rutherford Scattering