يهدف البرنامج إلى تخريج كفاءات علمية متميزة من حملة البكالوريوس والماجستير وتزويدهم بالمهارات والقدرات العلمية التي تؤهلهم للعمل في شتى التخصصات والمجالات
- تنمية مهارات الباحثين في التدريس والبحث العلمي.
- حل مشاكل المجتمع المتعلقة بالبحوث الفيزيائية.
Level
|
Course Code |
Course Title |
Required or Elective |
* Pre- Requisite Courses |
Credit Hours |
University, College or Department |
|
|
Prerequisite |
- |
- |
- |
- |
Level 1
|
700-Phys |
Physics Research Seminar |
Required |
N.A. |
(0+0+0) |
Department |
701-Phys |
Advanced Quantum Mechanics |
Required |
N.A. |
(3+0+0) |
Department |
|
702-Phys |
Advanced Electrodynamics |
Required |
N.A. |
(3+0+0) |
Department |
|
Level 2
|
705-Phys |
Lab Safety |
Required |
N.A. |
(0+0+0) |
Department |
706-Phys |
Advanced Statistical Physics |
Required |
N.A. |
(3+0+0) |
Department |
|
710-Phys |
Advanced Condensed Matter Physics |
Required |
N.A. |
(3+0+0) |
Department |
|
730-Phys |
Physics of Atoms and Molecules |
Required |
N.A. |
(3+0+0) |
Department |
|
750-Phys |
Plasma Physics |
Required |
N.A. |
(3+0+0) |
Department |
|
751-Phys |
Fluid Mechanics |
Required |
N.A. |
(3+0+0) |
Department |
|
770-Phys |
Advanced Nuclear Physics |
Required |
N.A. |
(3+0+0) |
Department |
|
Level 3
|
711-Phys |
Advanced Semiconductors |
Elective |
N.A. |
(3+0+0) |
Department |
712-Phys |
Surface Physics and Interface |
Elective |
N.A. |
(3+0+0) |
Department |
|
713-Phys |
Optoelectronics |
Elective |
N.A. |
(3+0+0) |
Department |
|
714-Phys |
Physics of Nanomaterials |
Elective |
N.A. |
(3+0+0) |
Department |
|
715-Phys |
Physics of Crystalline State |
Elective |
N.A. |
(3+0+0) |
Department |
|
716-Phys |
Physics of Composite Materials |
Elective |
N.A. |
(3+0+0) |
Department |
|
717-Phys |
Biophysics |
Elective |
N.A. |
(3+0+0) |
Department |
|
718-Phys |
Computational Physics |
Elective |
N.A. |
(3+0+0) |
Department |
|
719-Phys |
Group Theory |
Elective |
N.A. |
(3+0+0) |
Department |
|
729-Phys |
Selected Topics in CMP |
Elective |
N.A. |
(2+1+0) |
Department |
|
731-Phys |
Nonlinear Optics |
Elective |
N.A. |
(3+0+0) |
Department |
|
732-Phys |
Advanced Quantum Optics |
Elective |
N.A. |
(3+0+0) |
Department |
|
733-Phys |
Laser Spectroscopy |
Elective |
N.A. |
(3+0+0) |
Department |
|
734-Phys |
Scattering Theory |
Elective |
N.A. |
(3+0+0) |
Department |
|
735-Phys |
Introduction to Quantum Computation and Quantum Information |
Elective |
N.A. |
(3+0+0) |
Department |
|
736-Phys |
Atomic and Optical Physics |
Elective |
N.A. |
(3+0+0) |
Department |
|
737-Phys |
Laser-Matter Interaction |
Elective |
N.A. |
(3+0+0) |
Department |
|
738-Phys |
Ultra-Fast Lasers and Photonics |
Elective |
N.A. |
(3+0+0) |
Department |
|
739-Phys |
Advanced Atomic and Molecular Structure |
Elective |
N.A. |
(3+0+0) |
Department |
|
749-Phys |
Selected Topics in AMOP |
Elective |
N.A. |
(2+1+0) |
Department |
|
751-Phys |
Advanced Plasma Physics |
Elective |
N.A. |
(3+0+0) |
Department |
|
752-Phys |
Advanced Fluid Mechanics |
Elective |
N.A. |
(3+0+0) |
Department |
|
753-Phys |
Magnetohydrodynamics |
Elective |
N.A. |
(3+0+0) |
Department |
|
769-Phys |
Selected Topics in PP |
Elective |
N.A. |
(2+1+0) |
Department |
|
771-Phys |
Nuclear Reactions |
Elective |
N.A. |
(3+0+0) |
Department |
|
772-Phys |
Radiation Physics and Detectors |
Elective |
N.A. |
(3+0+0) |
Department |
|
773-Phys |
Relativistic QM and QFT |
Elective |
N.A. |
(3+0+0) |
Department |
|
774-Phys |
Nuclear Forces and Nuclear Structure |
Elective |
N.A. |
(3+0+0) |
Department |
|
775-Phys |
Radiation Protection |
Elective |
N.A. |
(3+0+0) |
Department |
|
776-Phys |
High Energy Physics |
Elective |
N.A. |
(3+0+0) |
Department |
|
789-Phys |
Selected Topics in NPP |
Elective |
N.A. |
(2+1+0) |
Department |
|
Level 4 |
797-Phys |
Research Topics |
Elective |
N.A. |
(0+1+2) |
Department |
798-Phys |
Comprehensive Examination |
Required |
N.A. |
(0+0+0) |
Department |
|
Level 5 |
799-Phys |
Dissertation** |
Required |
N.A. |
(0+3+6) |
Department |
|
Include additional levels if needed (i.e. summer courses).
|
- Describe the recent developments in field of specialization.
- Know the principles, methodologies and ethics of scientific research and its different tools.
- Recall the knowledge acquired from scientific research.
- Perform a systematic scientific investigation on a research problem in the field of specialization.
- Analyze scientific data to explain the physical phenomena under investigation.
- Apply the acquired original knowledge to play an essential role in community development.