M.Sc (Applied Physics)

Course Structure
Semester I
1.Mathematical Physics (PH 501)
Complex Variables
Tensors
Vectors & Matrices
Integral Transforms
Dirac Delta and Greens Functions

2.Classical & Statistical Mechanics
Lagrangian formulation
The Hamilton’s equations of motion
Hamilton Jacobi Theory
Small Oscillation
Rigid Body Motion

3.STATISTICAL MECHANICS
Quantum Statistical Mechanics
Ideal Bose System
Ideal Fermi System
Introduction to Quantum Mechanics
General Formalism of Quantum Mechanics
Angular Momentum

4. Atomic & Molecular Physics
Hydrogen atom gross structures
Two electron system
Angular problems in many electron atoms
Interpretation of Infrared and Raman Spectra
Electronic states and Electronic transitions

5. Solid State Physic
Phonons and Lattice Vibration
X-ray Diffraction
Crystal Binding
Free Electron Theory
Superconductivity