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 |
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 |
List of Electives offered in Second Semester 2020-2021
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