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Natural Sciences

Physics

Department of Physics

Credit requirements

Min Credits

14 Major Core
6 Elective Baskets
20 Total Credits

Number of Credits to Choose

14 Major Core
20 Elective Baskets

Core Courses [total 14 credits] — for all majors

PHY 2001

Thermal Physics

4 (3:1:0) needs PHY 2007
PHY 2002

Introduction to Quantum Mechanics

4 (3:1:0) needs PHY 2007
PHY 2007

Abridged course for Minor students

3 (2:1:0) needs 10+2 standard Physics and Mathematics
PHY 2008

Advanced Experimental Physics - I

3 (1:0:2) needs PHY 2007

Elective Basket 1

Two courses from any one of the two baskets [total 6 credits].

PHY 3001

Classical Mechanics

4 (3:1:0) needs PHY 2007
PHY 3003

Classical Electrodynamics

4 (3:1:0) needs PHY 2007
PHY 3005

Quantum Mechanics-I

4 (3:1:0) needs PHY 2007 & PHY 2002
PHY 3007

Electronics - II

4 (2:1:1) needs PHY 2007
PHY 4065

Non-linear dynamics**

3 (3:1:1) needs PHY 2007 & PHY 2002
PHY 4063

General theory of Relativity**

3 (3:1:1) needs PHY 2007 & PHY 2002
PHY 4052

Classical Theory of Fields**

3 (3:1:1) needs PHY 2007 & PHY 2002
PHY 5058

Semiconductor Physics and Devices**

3 (3:0:0) needs PHY 2001 & PHY 2002

Elective Basket 2

PHY 3002

Statistical Physics

4 (3:1:0) needs PHY 2001
PHY 3004

Condensed Matter Physics

4 (3:1:0) needs PHY 2001 & PHY 2002
PHY 3006

Quantum Mechanics – II

4 (3:1:0) needs PHY 3005
PHY 3008

Advanced Experimental Physics - II

3 (1:0:2) needs PHY 2008
PHY 4064

Computational and Numerical Analysis**

3 (3:0:0) needs PHY 2001 & PHY 2002
PHY 4068

Introduction to Cosmology**

3 (3:0:0) needs PHY 2001 & PHY 2002
PHY 4090

Astrophysics**

3 (3:0:0) needs PHY 2001 & PHY 2002
PHY 5072

Soft Matter Physics**

3 (3:0:0) needs PHY 2001 & PHY 2002

Fine print

  • ** Example electives; a course may be selected from the major elective offerings for a given semester.

Why pursue this

  • A curriculum with a strong blend of learning physics concepts and applying them to research problems.
  • Critical skills and scientific aptitude — mathematical formulation, reasoning, physical intuition, computation, experiment.
  • Early research participation helps students find their interests and inspires a challenging career path.

What you'll come out with

  • Engage in challenging multi-disciplinary problems.
  • Learn physics skills for making quantitative models of complex situations.
  • Synthesize knowledge across areas of physics and communicate scientific ideas effectively.

From the University's minor program documents. Confirm with your UG Advisor before you plan around a pathway.