دكتوراة الفلسفة في الفيزياء

يهدف البرنامج إلى تخريج كفاءات علمية متميزة من حملة البكالوريوس والماجستير وتزويدهم بالمهارات والقدرات العلمية التي تؤهلهم للعمل في شتى التخصصات والمجالات

استراتيجية البرنامج
  • تنمية مهارات الباحثين في التدريس والبحث العلمي.
  • حل مشاكل المجتمع المتعلقة بالبحوث الفيزيائية.
خارطة البرنامج

 

 

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).

 

مخرجات التعلم
  • 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.