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Department of Physics

Physics

Courses

First-year Courses
  • PHY F111 - Mechanics Oscillations and Waves (Lecture slides can be downloaded from here)
  • PHY F112 - General Physics
  • PHY F110 - Physics Laboratory (Observation sheet and theory can be downloaded from here)
Second-year Courses
  • PHY F211 - Classical Mechanics
  • PHY F212 - Electromagnetic Theory - I
  • PHY F213 - Optics
  • PHY F214 - Electricity, Magnetism & Optics Laboratory
  • PHY F241 - Electromagnetic Theory - II
  • PHY F242 - Quantum Mechanics - I
  • PHY F243 - Mathematical Methods of Physics
  • PHY F244 - Modern Physics Laboratory
Third-year Courses (Compulsory Disciplinary Courses)
  • PHY F311 - Quantum Mechanics - II
  • PHY F312 - Statistical Mechanics
  • PHY F313 - Computational Physics
  • PHY F341 - Solid State Physics
  • PHY F342 - Atomic and Molecular Physics
  • PHY F343 - Nuclear and Particle Physics
  • PHY F344 - Advanced Physics Laboratory
Pool of Electives

S. No.

Course No.

Course Title

1

BIO F215

Biophysics

2

BITS F316

Nonlinear Dynamics and

Chaos

3

BITS F317

Theoretical Neuroscience

4

BITS F386

Quantum Information and

Computation

5

BITS F416

Introduction to Nanoscience

6

BITS F417

Microfluidics & its Applications

7

BITS F446

Pattern Recognition

8

EEE F426

Fibre Optics &

Optoelectronics

9

MATH F424

Applied Stochastic Processess

10

MATH F456

Cosmology

11

PHY F215

Introduction to Astronomy &

Astrophysics

12

PHY F315

Theory of Relativity

13

PHY F316

Musical Acoustics

14

PHY F378

Plasma Physics and its

Applications

15

PHY F379

Thin Film Technology

16

PHY F412

Introduction To Quantum Field

Theory

17

PHY F413

Particle Physics

18

PHY F414

Physics of Advanced

Materials

19

PHY F415

General Theory of Relativity

and Cosmology

20

PHY F416

Soft Condensed Matter

Physics

21

PHY F417

Experimental Methods of

Physics

22

PHY F418

Lasers and Applications

23

PHY F419

Advanced Solid State Physics

24

PHY F420

Quantum Optics

25

PHY F421

Advanced Quantum

Mechanics

26

PHY F422

Group Theory and

Applications

27

PHY F423

Special Topics in Statistical

Mechanics

28

PHY F424

Advanced Electrodynamics

29

PHY F425

Advanced Mathematical

Methods of Physics

30

PHY F426

Physics of Semiconductor

Devices

31

PHY F427

Atmospheric Physics

32

PHY F431

Geometrical Methods in

Physics

33

PHY F432

Classical Theory of Fields: A

Symmetry Perspective

34

PHY G512

Advanced Quantum Field

Theory

Higher Degree
  • MEL G611 - IC Fabrication Technology (S. M. Sze)
Misc
  • BITS F446 - Pattern Recognition
  • GER N131T - Beginning German
Research Areas for First Degree Project

Topics of research for First Degree Students:

The first degree students can select their field of research interests from the table given below. The pre-requisites, requirement for number of students etc can be discussed with the concerned faculty member. The students are encouraged to choose their field of interest among the list given below. Such interest can be carried along for their selection of topics for first degree thesis.

Name of Faculty

Research Areas

Dr. R. R. Mishra

Computational Physics, Quantum Information

Dr. D. Bandyopadhyay

Computational nanoscience

Dr. Anshuman Dalvi

 

Dr. D. D. Pant

Fluorescence Spectroscopy and Applications

Dr. R. Choubisa

Atomic and Molecular Physics, Multiple Scattering theory, Chaotic dynamics, Plasmon in solid

Dr. R. K. Gupta

Piezoelectricity, Electrochemistry, Instrumentation

Dr. V. Manjuladevi

Electro-optic switching of liquid crystals (LOP), Nonlinear optics: applications (SOP)

Dr. Srijata Dey

 

Dr. Rishikesh Vaidya

 

Dr. Niladri Sarkar

 Nano-Scale Device Physics and Computational Electromagnetics

Dr. Navin Singh

Physics of Biological Systems, Fibre-Bundle model, more detials

Dr. B. Layek

 

Dr. Madhukar Mishra

Physics of Heavy-ion collisions, Standard Model and beyond, Neutrino Physics

 

Dr. Kaushar Vaidya

 

Dr. Tapomoy G Sarkar

Cosmology, General theory of relativity, Geometry and Quantum Mechanics, Driven quantum systems

Dr. J.N. Bandyopadhyay

(1) Floquet oscillations in periodically driven graphene like systems. (2) Topological properties of periodically driven Rice-Mele model. (3) Operator entanglement in quantum chaotic systems.

Dr. S. Gangopadhyay

Metal oxide thin films, Smeiconductor nanostructures

Dr. A. Holkundkar

Electives offered in Sem-II : 2020-21

List of Electives offered in Second Semester 2020-2021

  1. Advanced Quantum Mechanics by Dr. R. Choubisa
  2. Quantum Computation by Dr. R R Mishra
  3. Image Processing by Dr. R. K. Gupta
  4. Advanced Solid State Physics by Dr. J N Bandyopadhyay
  5. Nonlinear Dynamics and Chaos by Dr. T. G. Sarkar
  6. Soft Condensed Matter Physics by Dr. Navin Singh
  7. Biophysics with the Bio department (from Physics: Dr. Navin Singh)
  8. Group Theory and Applications by Dr. R. Vaidya
  9. Introduction to Astronomy and Astrophysics by Dr. K. Vaidya