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| The MS/Ph.D. Physics program is offered in three futuristic areas of Physics. |
- Nanotechnology
- Radiation Physics
- Theoretical Physics
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| The program is aimed to attract: |
- Graduate students who want to broaden their knowledge and to have hands-on experience with applicable research tools.
- Professionals looking to remain at the forefront seeking higher education.
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| The Department of Physics in collaboration with National Center for Physics and various other national educational / research organizations is offering an unprecedented series of graduate programs to enhance education and research in emerging sciences and technologies. The strong support provided by NCP gives an exciting opportunity to the students to get hands on experience of working in the advanced laboratories of the country where our graduate students have been allowed access to undertake their experimental research under the joint supervision of IIU faculty and the NCP scientists. |
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| Eligibility Criteria: |
| As per Advertisement |
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SCHEME OF STUDIES FOR MS/PhD PHYSICS WITH SPECILIZATION IN
Nanotechnology / Theoretical Physics/ Radiation Physics |
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Semester
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Course Code
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Name of the Subject
|
Credit hours
|
|
First
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PHY 601
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Advanced Mathematical Methods
|
3(3,0)
|
|
For nanotechnology
For Radiation Physics
For Theoretical Physics
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PHY603
PHY606
PHY605
|
Introduction to Nanoscience & Technology
Radiation Physics
Electrodynamics
|
3(3,0)
3(3,0)
3(3,0)
|
|
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Elective I
|
3(3,0)
|
|
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Elective II
|
3(3,0)
|
|
Second
|
|
Elective III
|
3(3,0)
|
|
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Elective IV
|
3(3,0)
|
|
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Elective V
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3(3,0)
|
|
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Elective VI
|
3(3,0)
|
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Third
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PHY604
|
Research Methodology
|
Non credit
|
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PHY699
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Research Thesis
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3(3,0)
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Fourth
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PHY699
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Research Thesis
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3(3,0)
|
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Fifth
|
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PhD Level Course I
|
3(3,0)
|
|
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PhD Level Course II
|
3(3,0)
|
|
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PhD Level Course III
|
3(3,0)
|
|
Sixth
|
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PhD Level Course IV
|
3(3,0)
|
|
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PhD Level Course V
|
3(3,0)
|
|
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PhD Level Course VI
|
3(3,0)
|
|
Seventh on wards
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|
Research
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| MS / PhD level Elective courses |
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Course Code
|
Course Name
|
Credit Hours
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|
PHY 607
|
Advance Quantum Mechanics
|
3(3,0)
|
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PHY 608
|
Statistical Mechanics
|
3(3,0)
|
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PHY 609
|
Mathematical Methods
|
3(3,0)
|
|
PHY 610
|
Radiation Protection and Health Physics
|
3(3,0)
|
|
PHY 611
|
Environmental Radiation Dosimetry
|
3(3,0)
|
|
PHY 612
|
Radiation Laboratory
|
3(3,0)
|
|
PHY 613
|
Radiation Detection and Measurements
|
3(3,0)
|
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PHY 614
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Principle, Method and Applications of Nuclear Tracks
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3(3,0)
|
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PHY 615
|
Nuclear Physics
|
3(3,0)
|
|
PHY 616
|
Nanomaterials & Applications
|
3(3,0)
|
|
PHY 617
|
Experimental techniques in Nanotechnology
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3(3,0)
|
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PHY 618
|
Solid State Electronic Devices
|
3(3,0)
|
|
PHY 619
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Electronic Materials Processing
|
3(3,0)
|
|
PHY 620
|
Fundamentals of Optical Fibers & Optical Signal Processing
|
3(3,0)
|
|
PHY 621
|
Optoelectronic Devices
|
3(3,0)
|
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PHY 622
|
Physics of Lasers
|
3(3,0)
|
|
PHY 623
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Solid state Theory
|
3(3,0)
|
|
PHY 624
|
Nonconventional Energy Resources
|
3(3,0)
|
|
PHY 625
|
Optical Communications & Networks: Design and Simulation
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3(3,0)
|
|
PHY 626
|
Integrated Optics
|
3(3,0)
|
|
PHY 627
|
Environmental Physics
|
3(3,0)
|
|
PHY 628
|
Errors and Data Analysis
|
1(0,1)
|
|
PHY 629
|
Heavy Ion Physics
|
3(3,0)
|
|
PHY 630
|
Medical Physics
|
3(3,0)
|
|
PHY 631
|
Geo Physics
|
3(3,0)
|
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PHY 632
|
Applied Quantum Mechanics
|
3(3,0)
|
|
PHY 633
|
Plasma Physics-I
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3(3,0)
|
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PHY 634
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Plasma Physics-II
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3(3,0)
|
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PHY 635
|
Quantum Field Theory – I
|
3(3,0)
|
|
PHY 636
|
Introduction to Particle Physics Phenomenology
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3(3,0)
|
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PHY 637
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Quantum Field Theory – II
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3(3,0)
|
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PHY 638
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Gravitation and Cosmology
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3(3,0)
|
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PHY 639
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Standard Model (SWG)
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3(3,0)
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PHY 640
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Conducting Polymers
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3(3,0)
|
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PHY 641
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Microsystems Technology
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3(3,0)
|
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PHY 642
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Nano-Optics
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3(3,0)
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PHY 643
|
Growth of Nano-Structured material
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3(3,0)
|
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PHY 644
|
Nano-Structural Characterization Techniques
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3(3,0)
|
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PHY 645
|
Electronic properties of Nano materials
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3(3,0)
|
|
PHY 646
|
Relativistic Quantum Mechanics
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3(3,0)
|
|
PHY 647
|
Advanced Mathematical Methods –I
|
3(3,0)
|
|
PHY 648
|
Advanced Mathematical Methods –II
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3(3,0)
|
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PHY 649
|
Advanced Computer Physics
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3(3,0)
|
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PHY 650
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Mathematical Modeling & Simulation
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3(3,0)
|
|
PHY 651
|
Monte Carlo Methods for Physicist
|
3(3,0)
|
|
PHY 701
|
Nuclear Tracks in Nanotechnology
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3(3,0)
|
|
PHY 702
|
Lasers and Photonics
|
3(3,0)
|
|
PHY 703
|
Nano structured Materials
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3(3,0)
|
|
PHY 704
|
Optical Communications I
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3(3,0)
|
|
PHY 705
|
Optical Communication II
|
3(3,0)
|
|
PHY 706
|
Laser Spectroscopy
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3(3,0)
|
|
PHY 707
|
Quantum Computation – I
|
3(3,0)
|
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PHY 708
|
Quantum Computation – II
|
3(3,0)
|
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PHY 709
|
Quantum Optics
|
3(3,0)
|
|
PHY 710
|
Materials Science – I
|
3(3,0)
|
|
PHY 711
|
Vacuum Science & Technology
|
3(3,0)
|
|
PHY 712
|
Materials Science – II
|
3(3,0)
|
|
PHY 713
|
Surface Physics
|
3(3,0)
|
|
PHY 714
|
Group Theory
|
3(3,0)
|
|
PHY 715
|
Mathematical and Computational Methods in Physics
|
3(3,0)
|
|
PHY 716
|
Optics Laboratory
|
1(0,1)
|
|
PHY 717
|
Optical Fiber Devices and Sensors
|
3(3,0)
|
|
EE 571
|
Advance Microelectronic Technology
|
3(3,0)
|
|
EE 671
|
Microsystems Technology
|
3(3,0)
|
|
EE 667
|
Modeling and Simulations of Semiconductor Devices
|
3(3,0)
|
|
EE 771
|
Special Topics in Quantum Computing and Quantum Devices
|
3(3,0)
|
|
EE 560
|
Advanced Computer Architecture
|
3(3,0)
|
|
EE 772
|
Advance topics in Nanotechnology
|
3(3,0)
|
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