|
(Degree
programs)
|
| M.Sc.
|
Minimum Duration :
Four semesters of 16 weeks each |
| Prerequisite
qualifications |
|
Bachelor’s degree with Physics from a Pakistani
University or an equivalent degree from a recognized
University.
|
M Phil. |
Minimum Duration :
Four semesters of 16 weeks each 24 Credits Course
work 26 Credits dissertation.
Prerequisite qualifications:
Master’s degree in Physics from a Pakistani
University or an equivalent degree from a recognized
University.
|
|
Ph.D. |
Minimum
Duration :
Three Years
Prerequisite qualifications :
M. Phil degree in Physics from a Pakistani University
or an equivalent degree from a recognized University.
A college/university teacher or a member of the
research staff of a research organization holding
a Master’s degree in Physics, who have shown
undoubted promise for research may also be considered
for admission. These candidates will, however, be
required to complete a course work of 24 credit
hours. |
| Students from
all over the country are admitted on the basis of
merit and regional quota in M.Sc. and on the basis
of pure merit in M.Phil and Ph.D. programmes. A
large number of scholarships, research fellowships
and stipends are available for pursuing research
for M.Phil and Ph.D. Physics degrees at the department
which include University Fellowships, Mrs. Mumtaz
Riazuddin Fellowship, Shabuddin Memorial Scholarship,
Dr. A.Q. Khan M.Phil Fellowships, Dr. Riazuddin
Siddiqui Ph.D. Fellowship. Apart from these, most
faculty members have their own research projects
funded by national and international funding agencies
such as ASICTP, HEC, PSF etc. These projects include
fellowships for young physicists, which may be utilized
for research leading to M.Phil or Ph.D. degrees. |
Areas of Physics in which
research work leading to M.Phil. and Ph.D degrees
may be pursued in the department include:
1. Atomic and Molecular Physics (Experiment)
2. High Energy Physics (Theory)
3. Magnetism and Superconductivity (Experiment)
4. Nuclear Physics (Theory)
5. Plasma Physics (Experiment andTheory)
6. Quantum Optics (Theory)
7. Semiconductor Physics (Experiment)
8. Thermal Physics (Experiment)
|
