Department of Physics

The scientific and research work of the Department of Physics includes a systematic study of various phenomena and processes that take place in nature. It is based on theoretical and experimental research, as well as on the application of scientific knowledge, methods and instruments in solving a wide range of problems within the field of physics.

Theoretical research of the Department of Physics is mainly directed at testing the linear and nonlinear optical properties of both optical fibers and photon gratings. Numerical models for solving complex partial differential equations are being developed and tested.

Experimental research of the Department of Physics is focused on natural and anthropogenic radioactivity in soil in the territory of Kosovo and Metohija, including research on radioactive radon gas in air, water and soil. The absorbed dose of γ-radiation in the air in rural and urban areas is monitored. Activities on TENORM monitoring are planned in industrial areas (Obilić, Kosovska Mitrovica, Zvečan and Leposavić). The focus of the entire research effort is focused on the establishment of a research center for radiation detection and ecotoxicological research, as a future major undertaking in terms of interdisciplinary research in the territory of Kosovo and Metohija.

Within the field of applied physics, research and development of new approximate - analytical methods suitable for solving problems in the field of physical electronics, material physics, etc. are continued. Namely, by applying the method of homotopy perturbation (HPM), as well as the method of homotopy analysis (HAM), the approximate solution has been found to the paired system of Schrödinger's and Poisson's partial differential equations in the accumulation and inverse semiconductor layer. The approximate solution to Schrödinger's differential equation describing the motion of frequencies with periodic potential has also been found. The solutions found are characterized by a relatively simple mathematical form, but a high degree of accuracy at the same time, which has been numerically tested and formally confirmed. In addition, through intensive implementation of the so-called generalized logistic functions (GL functions) in modeling the physical characteristics of various semiconductor components, a procedure for fitting GL functions has been developed based on a special, original algorithm. This procedure enables a precise description of the physical characteristics of MOSFET transistors in different operating modes, which belong to different technological generations.

Within the field of Optics, research continues on photonic structures and the propagation of light through them, as well as the examination of composite structure in all-optical pulse control on integrated optical chips and studies in the field of optical fibers with gradient refractive index, together with the transmission characteristics of these fibers.

Research in the field of renewable energy sources is focused on testing the conversion of renewable energy in order to obtain heat and electricity. ...

Participation in the Realization of Teaching

No Course Code Course Name S Type Course Status Number and Type of Classes Other classes ECTS
L E OFT
FIRST YEAR
1. 31131 Physical Mechanics 1 SV C 4 2 2 10
2. 31122 Mathematics 1 1 TM C 3 3 0 10
3. 31123 Fundamentals of Informatics 1 AO C 2 2 0 6
4. ИИ1 Изборнa групa 1 1
1 31144 English Language 1 AGE E 1 1 0 4
2 31145 Russian Language 1 AGE E 1 1 0 4
5. 31231 Molecular Physics and Thermodynamics 2 SV C 4 2 2 10
6. 31222 Mathematics 2 2 TM C 3 3 0 10
7. 31223 Basics of Programming 2 AO C 2 2 0 6
8. ИИ2 Изборнa групa 2 2
1 31244 English Language 2 AGE E 1 1 0 4
2 31245 Russian Language 2 AGE E 1 1 0 4
Часова активне наставе на години студија 20 16 4 60
Number of classes per academic year = 40
SECOND YEAR
1. 31331 Electromagnetics 1 3 SV C 3 2 1 8
2. 31322 Mathematics 3 3 TM C 3 2 0 8
3. 31323 Mathematical Physics 3 TM C 2 2 0 6
4. 31314 Chemistry 3 AGE C 2 0 2 5
5. 31345 Fundamentals of Astronomy and Astrophysics 3 VA C 2 0 0 3
6. 31431 Electromagnetics 2 4 SV C 3 2 1 8
7. 31432 Optics 4 SV C 2 1 1 6
8. 31423 Introduction to Theoretical Mechanics 4 TM C 2 2 0 6
9. 31444 Metrology and Processing Measurement Results 4 VA C 2 1 0 4
10. ИИ3 Изборнa групa 3 4
1 31445 Modelling of Physical Processes VA E 2 0 2 6
2 31446 Computer Application in Physics VA E 2 0 2 6
Часова активне наставе на години студија 23 12 7 60
Number of classes per academic year = 42
THIRD YEAR
1. 31531 Electrodynamics 5 SV C 3 2 0 7
2. 31542 Physics of Ionised Gases 5 VA C 2 2 0 5
3. 31533 Fundamentals of Electronics 5 SV C 3 1 2 7
4. 31544 Experimental Methods in Physics 5 VA C 1 0 2 4
5. 31515 Pedagogy With Psychology 5 AGE C 2 2 0 7
6. 31631 Fundamentals of Quantum Mechanics 6 SV C 3 3 0 9
7. 31632 Atomic Physics 6 SV C 3 2 0 7
8 ИИ3 Изборнa групa 4 6
1 31674 Statistical Physics TM E 2 3 0 7
2 31675 Continuum mechanics TM E 2 3 0 7
9. ИИ4 Изборнa групa 5 6
1 31676 Physics of Sensors SV E 2 0 2 7
2 31677 Physico-technical Measurements SV E 2 0 2 7
Часова активне наставе на години студија 21 15 6 60
Number of classes per academic year = 42
FOURTH YEAR
1. 31731 Fundamentals of nuclear physics 7 SV C 3 2 0 7
2. 31742 Introduction to Solid State Physics 7 VA О 3 2 0 7
3. 31723 Physics Teaching Methodology 1 7 TM C 2 0 2 6
4. 31714 History and Philosophy of Physics 7 AGE C 2 0 0 3
5. ИИ6 Изборнa групa 6 7
1 31785 Dosimetry and Radiation Protection VA E 2 0 2 7
2 31786 Environmental Physics VA E 2 0 2 7
6 31821 Physics Teaching Methodology 2 8 TM C 2 0 2 6
7. 31822 Methodology of Computational Problem Solving 8 TM C 2 1 0 4
8. 31843 Experiments in Teaching Physics 8 VA C 2 0 3 7
9. ИИ7 Изборнa групa 7 8
1 31885 Renewable Energy Sources VA E 2 2 6
2 31886 Nuclear Energetics VA E 2 2 6
10. ИИ8 Изборнa групa 8 8
1 31887 Radiation Physics VA E 2 2 7
2 31888 Biophysics VA E 2 2 7
Часова активне наставе на години студија 22 9 9 60
Number of classes per academic year = 40
Number of classes per academic year = 164
Total ECTS credits 240

No Course Code Course Name Sem. Number of Classes Other ECTS Compulsory/Elective Course type
L E OFT SRW
FIRST YEAR (FINAL YEAR)
1. 32131 Microelectronics and nanoelectronics 1 3 3 0 0 8 C SV
2. Elective Course Group 1 1 2 2 0 0 6 E SV /ТМ
1. 32132 Physics of Optical Waveguides SV
2. 321211 Numerical Methods in Physics ТМ
3. Elective Course Group 2 1 2 2 0 0 6 E VA/ТМ
1. 32141 Solar Energetics VA
2. 321222 Modern Teaching Aids ТМ
4. 32133 Radioecology and Environmental Protection 1 3 0 3 0 8 C TM
5. INF038 E-learning Tools and Technologies 2 3 2 0 0 7 C SV
6. Elective Course Group 3 2 3 2 0 0 7 E SV / VA
1. 32231 Photonics SV
2. 32241 Selected Chapters from Applied Optics VA
7. 322F SRW 2 0 0 0 10 7 C AGE
8. 32242 Professional Practice 2 0 0 0 0 6 3 C VA
9. 32243 Final work subject 2 0 0 0 1 0 0 C/E VA
10. 32244 Master’s Thesis 2 0 0 0 0 1 8 C/E VA
Number of classes (L, E, OFT, SRW): 16 11 3 11 7 60
Total number of classes per year: 41
Total number of classes: 41 7 60

Faculty members in the Department of Physics

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Full Professor

Branko V. Drljača
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Associate Professor

Ljiljana R. Gulan
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Associate Professor

Biljana S. Vučković
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Associate Professor

Tijana S. Kevkić
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Assistant Professor

Dragana D. Todorović
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Assistant Professor

Slavica J. Jovanović
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Teaching Assistant

Miljana S. Milentijević
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Teaching Assistant

Boban S. Đokić
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Teaching Assistant

Dušica M. Spasić
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Teaching Assistant

Jelena M. Živković
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