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Title of paper |
Page No |
M. Sc._I
Mathematical Physics + Computational Methods and Programming- Paper-I |
1 |
Classical Mechanics + Quantum Mechanics- Paper-II |
3 |
Statistical Mechanics + Atomic and Molecular Physics- Paper-III |
5 |
Electrodynamics and Plasma Physics- Paper-IV |
7 |
Electronic Devices + Condensed Matter Physics- Paper-V |
8 |
Laboratory (Optics and General)- Lab-I |
10 |
Laboratory (Electronics)- Lab-II |
10 |
M. Sc._II
Quantum Mechanics- Paper-VI
Nuclear and Particle Physics- Paper-VII |
11 |
13 |
Elective Paper (Any One)
Quantum Electrodynamics + Reactor Physics and Accelerators- Paper-VIII |
15 |
Physics of Liquid crystals + Electronic Devices and
Fabrication of Integrated Circuits- Paper-IX |
17 |
Science and Technology of Hydrogen and other Renewable Energies + Nano-materials- Paper-X |
19 |
Numerical Methods and Programming- Paper-XI |
21 |
Structures, Spectra and Properties of
Biomolecules- Paper-XII |
22 |
Diagram Techniques- Paper-XIII |
23 |
Atmospheric Science- Paper-XIV |
24 |
Plasma Physics- Paper-XV |
25 |
Environmental Physics- Paper-XVI |
26 |
Display: Physics and Technology- Paper-XVII |
27 |
Molecular Electronics- Paper-XVIII |
28 |
Materials Science - Paper-XIX |
29 |
X-ray spectroscopy- Paper-XX |
32 |
Physics of Laser and Laser application and Fiber optics- Paper-XXI |
34 |
Quantum Many-body Physics & Nonlinear Dynamics- Paper-XXII |
35 |
Optional (Two papers in any one of the specializations)
Condensed Matter Physics-I - Paper-XXIII
Condensed Matter Physics-II - Paper-XXIV |
36
38
|
Informatics-I - Paper-XXV
Informatics-II - Paper-XXVI |
40
42 |
Electronics-I – Paper-XXVII
Electronics-II - Paper-XXVIII |
44
46 |
Materials Science-I - Paper-XXIX
Materials Science-II - Paper-XXX |
48
50 |
X-ray spectroscopy and crystallography-I - Paper-XXXI
X-ray spectroscopy and crystallography-II - Paper-XXXII |
53
59 |
Atomic and Molecular Physics (Spectroscopy)-I - Paper-XXXIII
Atomic and Molecular Physics (Spectroscopy)-II - Paper-XXXIV |
57
59 |
Nuclear and Particle Physics-I – Paper-XXXV
Nuclear and Particle Physics-I - Paper-XXXVI |
60
62 |
Laboratory Course: Practical (Optional) - Lab-III |
64 |
Project (Dissertation, Presentation and viva-voce) - Lab-IV |
|
P r e f a c e
The syllabus of the M. Sc. (Physics) was revised in 2000 on the recommendation of UGC. Since the model syllabus provided by the UGC was for semester pattern, then board under the chairmanship of Dr. V. Tabhane has formulated M. Sc.-I syllabus in yearly pattern by merging two papers of Sem-I and Sem-II appropriately. Due to lack of time M.Sc. –II syllabus was continued except an introduction computational physics (as per model syllabus) in place of quantum mechanics, which was shifted to M. Sc-I.
It was long due for modification of M. Sc.-II year syllabus in accordance with the UGC guidelines and model syllabus. Also, during the teaching to M. Sc.-I at departments/colleges it was felt that a minor alteration is necessary to keep continuity and aptness.
Keeping all above factors in view the physics board has invited various pertinent teachers and senior (retired) professors/teachers/ and organized a series of meetings and formulated two schemes viz. one for annual pattern and other for semester pattern. While formulating the present syllabus in addition to the specialization suggested in model syllabus of UGC, a few more specializations are included by taking into consideration of availability of specialized experimental laboratory as well as faculty with the Department.
Board in indebted to all those who have actively participated in discussions and subsequently in framing the syllabus, and also for their suggestions, comments.
Physics Board
RTM, Nagpur University, Nagpur
August, 2005
P r e a m b l e
The post graduate course in physics has been formed for formal training in subject for the students and rigorous training would require phased teaching for its full decimation.
This syllabus framed in order to impart teaching should be oriented so as to provide the student depth of knowledge in Physics, The project, as a compulsory paper, in the final year is introduced so as the student should venture albeit in a preliminary way into research field both in theory and experiment.
In addition to the state of art specializations in Physics embodying, Condense matter Physics, Materials Science, Nuclear and Particle Physics, Electronics, Spectroscopy and X-ray spectroscopy & crystallography, Informatics and Molecular electronics, in order to keep pace with the present front line developments.
In order to have flexibility in curriculum and permit the students to shape their carreer as per their choice in the domain of Physics, cafeteria approach has been followed. Each specialization is subdivided two papers. A. M.Sc. student can opt for any two special papers out of seven specializations at M.Sc. -II level.
Another new feature for M.Sc. in Physics is that there is one paper in the final year as ‘Elective Paper’ where students will have the option of selecting any one out of a large number ( as many as fifteen) of Elective papers each of these being of ‘Frontier Topics in Physics’
Proposed M. Sc. ( Physics) Course Structure (Yearly Pattern)
Title of paper |
Paper No |
Marks |
Part-I |
|
Mathematical Physics + Computational Methods and Programming |
Paper-I |
100 |
Classical Mechanics + Quantum Mechanics |
Paper-II |
100 |
Statistical Mechanics + Atomic and Molecular Physics |
Paper-III |
100 |
Electrodynamics and Plasma Physics |
Paper-IV |
100 |
Electronic Devices + Condensed Matter Physics |
Paper-V |
100 |
Laboratory (Electronics) |
Lab-I |
200 |
Laboratory (Optics and General) |
Lab-II |
200 |
Part-II
|
Compulsory |
Quantum Mechanics |
Paper-I |
100 |
Nuclear and Particle Physics |
Paper-I |
100 |
Elective Paper (Any One)
|
Quantum Electrodynamics + Reactor Physics and Accelerators |
Paper-III |
100 |
Physics of Liquid crystals + Electronic Devices and Fabrication of Integrated Circuits |
Paper-IV |
Science and Technology of Hydrogen and other Renewable Energies + Nano-materials |
Paper-V |
Numerical Methods and Programming |
Paper-VI |
Structures, Spectra and Properties of Biomolecules |
Paper-VII |
Diagram Techniques |
Paper-VIII |
Atmospheric Science |
Paper-IX |
Plasma Physics |
Paper-X |
Environmental Physics |
Paper-XI |
Display: Physics and Technology |
Paper-XII |
Molecular Electronics |
Paper-XIII |
Materials Science |
Paper-XIV |
X-ray spectroscopy |
Paper-XV |
Physics of Laser and Laser application and Fiber optics |
Paper-XVI |
Quantum Many-body Physics & Nonlinear Dynamics |
Paper-XVII
|
|
Optional
(Two papers in any one of the specializations)
|
Condensed Matter Physics (I + II) |
Paper-XVIII
Paper-XIX |
100
+
100 |
Informatics (I + II) |
Paper-XX
Paper-XXI |
Electronics (I + II) |
Paper-XXII
Paper-XXIII |
Materials Science (I + II) |
Paper-XXIV
Paper-XXV |
X-ray spectroscopy and crystallography (I + II) |
Paper-XXVI
Paper-XXVII |
Spectroscopy (Atomic and Molecular Physics) (I + II) |
Paper-XXVIII
Paper-XXIX |
Nuclear and Particle Physics (I + II) |
Paper-XXX
Paper-XXXI |
Laboratory Course: Practical (Optional) |
Lab-III |
200 |
Project (Dissertation, Presentation and viva-voce) |
Lab-IV |
200 |
|
Total |
1800 |
M.Sc. Part-I – 5 theory papers + 2 Practical
M.Sc. Part-II – 5 theory papers (2 compulsory + 2 Optional + 1 Elective) + 1 Practical + 1 Project (Open ended practical)
Physics Board
Break-up of
Course and Detailed Syllabus
of
M. Sc. (Physics)
(Yearly Pattern)
RTM Nagpur University, Nagpur
(2005)
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