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Available courses

MODERN PHYSICS AND BASIC ELECTRONICS

The aim of the course is to make the students aware of the basic principles in science leading to latest emerging technologies. Electronics industry is an evolving field based upon the advancements in the Semiconductor Physics. Spectroscopy and Nuclear Physics are another emerging session deal with interactions between matter and radiation and that between the nuclei and elementary particles respectively.
The first module of the course introduces the students to basic structure of matter and its interaction with radiation. The second module gives an introductory idea about Quantum Mechanics. Third module reveals the basic idea of semiconductor and wave shaping devices.
The course also covers the nuclear disintegration, elementary particles and particle accelerators.
Course Outcomes:

Atomic and Molecular Physics

Spectroscopy This course covers the nature of interaction between matter and radation

Syllabus

Vector atom model and quantum numbers - spectroscopic terms - Spin-orbit interaction
derivation of spin-orbit interaction energy, extension to penetrating orbits; fine structure in
sodium atom, selection rules. Lande g factor - Normal and anomalous Zeeman effects,
Paschen–Back effect and Stark effect in one electron system, quadratic Stark effect in
potassium doublet - Coupling schemes - L S and j j coupling- spectroscopic terms arising
from two valence electrons; terms arising from two equivalent s-electrons, vector diagram,
examples- sp and pd electrons, derivation of interaction energy, Hund’s rule &Lande interval
rule. Hyperfine structure and width of spectral lines (Qualitative ideas only)