Ph.D. Physics
Programs Offered
Ph.D. Physics
Duration: 3 Years (6 Semesters)
Eligibility Criteria: MS/MPhil Degree in relevant discipline with minimum CGPA 3.00/4.00 or equivalent (70%), UW Entry Test (Minimum 70% Marks) or GAT-Subject (Minimum 60% Marks) or GRE-Subject (Minimum 60 Percentile)
Total Credit Hours: 30
The coursework for Ph.D. Physics degree program will comprise 18 credit hours, whereas the dissertation will have 12 credit hours. The Level-7 Ph.D. courses, if studied previously during MS studies, will not be counted in the course work completion of Ph.D.
.
| Course Code | Course Title | Credit Hours ( Th + Lab ) |
| PHY-7XX | Course -I | 3+0 |
| PHY-7XX | Course-II | 3+0 |
| PHY-XXX | Course-III | 3+0 |
| PHY-XXX | Course-IV | 3+0 |
| PHY-8XX | Course-V | 3+0 |
| PHY-8XX | Course-VI | 3+0 |
| PHY-899 | Ph.D. Dissertation | 12 |
Courses
| Course Code | Course Title | Credit Hours ( Th + Lab ) |
| PHY-711 | Experimental Physics | 3+0 |
| PHY-712 | Advanced Computational Physics | 3+0 |
| PHY-731 | Advanced Plasma Physics | 3+0 |
| PHY-732 | Experimental Plasma Physics | 3+0 |
| PHY-741 | Quantum Optics | 3+0 |
| PHY-761 | Advanced Materials Science | 3+0 |
| PHY-762 | Magnetism & Magnetic Materials | 3+0 |
Courses
| Course Code | Course Title | Credit Hours ( Th + Lab ) |
| PHY-763 | Semiconductor Theory | 3+0 |
| PHY-764 | Optical Properties of Solids | 3+0 |
| PHY-765 | Super Conductivity | 3+0 |
| PHY-766 | Dielectric Properties of Materials | 3+0 |
| PHY-767 | Condensed Matter Theory | 3+0 |
| PHY-768 | Methods and Techniques of Experimental Physics | 3+0 |
| PHY-782 | General Relativity & Cosmology | 3+0 |
| PHY-783 | Atomic Physics | 3+0 |
| PHY-784 | Quantum Information Theory | 3+0 |
| PHY-785 | Quantum Field Theory | 3+0 |
| PHY-841 | Advanced Quantum Optics | 3+0 |
| PHY-861 | Advanced Condensed Matter Theory | 3+0 |
| PHY-862 | Phase Transformation in Solids | 3+0 |
| PHY-863 | Magnetism in Condensed Matter Physics | 3+0 |
| PHY-881 | Advanced Quantum Information Theory | 3+0 |
| PHY-882 | Advanced Particle Physics | 3+0 |