PhD Physics-GCU Lahore
Course name:
PhD Physics
Course Overview:
The Department of Physics is the oldest Science Department imparting instructions at the Postgraduate level, here at GCU. We take pride in the contributions of Ravian Physicists towards the prosperity and national security of Pakistan. The Department’s old boys occupy positions of eminence at national organizations of science and technology. Our scientists are on top at prestigious organizations like the Pakistan Atomic Energy Commission (PAEC) and the Dr. A.Q. Khan Research Laboratories. Many are serving abroad. Our alumni have bagged 45 Civil Awards, which is the highest number of Civil Awards won by physicists from any educational or research institution in Pakistan. Keeping in view this history of excellence, we hope that the new graduates will keep up the traditions of the department by outshining other institutions in the years to come.
Course duration: 3-5 years
Requirements:
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A Candidate holding MS/MPhil/Equivalent Degree in the relevant discipline is eligible for admission to PhD programme if he/she possesses at least 3.00/4.00 CGPA (In case he/she has studied in semester system) or 1st division (In case he/she has studied in annual system) in his/her MS/MPhil/Equivalent Degree from an Institution /University recognized in Pakistan.
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Research work of minimum of 6 credit hours in MS/Phil is mandatory.
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Only for admission to PhD Computer Science Candidates with MS/MPhil Degree having course work of 6 credit hours instead of thesis work 6 credit hours as per HEC policy are eligible to apply for admission.
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All candidates are required to pass the GCU General Assessment Test for PhD admission to be conducted through NTS. The schedule of registration and test shall be announced at an appropriate time.
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OR
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The candidate who already possess valid GAT result through NTS are also eligible to apply.
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Admission for non-subject candidates shall not be open .However the criterion of related subject/field for eligibility shall be determined by the Academic Committee of the concerned Department.
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Candidates working Government /Semi-Government or private institution may apply. Such candidates shall have to submit “NOC” from the Head of the Institution where they are working.
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A “Notification of Registration” of the candidate approved for admission to PhD programme shall be issued by the Registrar.
How to apply:
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All the applications for admission to PhD Programme shall be submitted to Deputy Registrar (Admission). The Registrar shall pass on the applications to the Chairperson of the concerned department who shall get the eligibility of the candidates assessed from the Departmental Academic Committee and this Committee would also consider the feasibility of admission taking into consideration the availability of the supervisors and facilities, etc.
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Each candidate for the PhD Programme shall submit a declaration to the effect:
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The candidate recommended by the Departmental Academic Committee fort admission to PhD Programme shall be given provisional admission subject to the fulfilment of following two conditions:
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Completion of 18 credit hours course work.
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Approval of the Research Synopsis for PhD thesis by the Departmental Board of Studies and Advanced Studies and Research Board.
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That the work s/he shall submit for the PhD Degree has not already been submitted elsewhere and shall not in future be submitted by him/her for obtaining similar Degree from’ any other institution.
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The candidate must fulfil the above two conditions within one year from the date of his/her provisional admission to the Phd Programme. This period may be extended to further one year on the recommendation of the respective Chairperson.
Curriculum: Courses can be arranged in different semesters. Only 18 credit hours will be selected by students on the recommendation of their supervisors.
Course Title |
Credit Hours |
Electrodynamics Of Continuous Media |
3 |
Classical Theory of Field |
3 |
Fluid Mechanics |
3 |
Statistical Physics |
3 |
Mechanics |
3 |
X-Rays Diffraction Methods |
3 |
Physics of Nano-Scale Materials and Nanotechnology |
3 |
Non-Linear Theory of Plasma Waves and Instabilities |
3 |
Advanced Microscopic Techniques |
3 |
Advanced Topics of Non-linear Physics |
3 |
Space Physics |
3 |
Plasma Spectroscopy |
3 |
Dynamics of Ionosphere Plasma |
3 |
Nuclear Data for Science and Technology |
3 |