Passed in Bachelor’s degree (any discipline) or equivalent. Obtained at least 50% for General, 45% for SC, ST, OBC & SBC
20000/-
2 Years (4 Semesters)
50% CUET and 50 % AUCET
Scholarship up-to 10 Lacs available for meritorious students
| Semester 1 | |
|---|---|
| THEORY PAPER | PRACTICAL PAPER |
| - Classical Mechanics | - Core Practical Lab-I |
| - Quantum Mechanics | - Elective Practical Lab-I |
| - Classical Electrodynamics-I | |
| - Electronics | |
| - Computer Programming | |
| - Numerical Methods | |
| Semester 2 | |
|---|---|
| THEORY PAPER | PRACTICAL PAPER |
| - Atomic & Molecular Physics | - Core Practical Lab-II |
| - Classical Electrodynamics-II | - Elective Practical Lab-II |
| - Mathematical Methods in Physics | |
| - General Theory of Relativity | |
| - Laser Physics-I | |
| - Laser Physics-II | |
| Semester 3 | |
|---|---|
| THEORY PAPER | PRACTICAL PAPER |
| - Advanced Quantum Mechanics | - Core Practical Lab-III |
| - Statistical & Solid State Physics | - Elective Practical Lab-III |
| - Nuclear Physics-I | |
| - Plasma Physics-I | |
| - Condensed Matter Physics-I | |
| - Electronics & Communication-I | |
| Semester 4 | |
|---|---|
| THEORY PAPER | PRACTICAL PAPER |
| - Introduction of Quantum Field Theory | - Core Practical Lab-IV |
| - Solid State Physics | - Elective Practical Lab-IV |
| - Nuclear Physics-II | |
| - Plasma Physics-II | |
| - Condensed Matter Physics-II | |
| - Electronics & Communication-II | |
This program develops expertise in advanced physics concepts, including quantum theory, electromagnetism, and computational physics. Students gain hands-on experience in scientific modeling, laboratory techniques, and experimental physics. The curriculum prepares graduates for careers in research, academia, and applied sciences, fostering innovation in modern physics applications.
The MSc Physics program integrates theoretical and experimental learning, equipping students with advanced scientific research skills. The curriculum includes hands-on experience in optics, nanotechnology, and electromagnetism. With research-based projects and industry collaborations, graduates are prepared for careers in academia, space research, and technological innovations.
Acoustics Engineer:
Analyzes sound behavior, designs noise control systems, and works on architectural acoustics.
Medical Physicist:
Applies physics principles in healthcare, develops imaging techniques, and ensures radiation safety.
Astronomer:
Observes celestial bodies, conducts space research, and contributes to astronomical discoveries.
Research Scientist:
Conducts experiments, develops theories, and researches physical phenomena in scientific or industrial settings.
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