Table 5.4. List of courses on Ph.D. studies - study group PHYSICS
| Scientific field: QUANTUM, MATHEMATICAL AND NANO PHYSICS | |||
| 1. | ФИЗДФКН1 | Advanced classical mechanics | Milan Damnjanović |
| 2. | ФИЗДФКН2 | Advanced quantum mechanics | Milan Damnjanović, Tasko Grozdanov, Zoran Popović |
| 3. | ФИЗДФКН3 | Advanced course in mathematical physics | Tatjana Vuković |
| 4. | ФИЗДФКН4 | Foundation and information of quantum mechanics | Časlav Brukner |
| 5. | ФИЗДФКН5 | Geometric methods in physics | Rade Živaljević |
| 6. | ФИЗДФКН6 | Symmetry of low-dimensional systems | Ivanka Milošević |
| 7. | ФИЗДФКН7 | Nonlinear dynamical systems | Nikola Burić |
| 8. | ФИЗДФКН8 | Physics of nanostructures | Ivanka Milošević, Tatjana Vuković |
| 9. | ФИЗДФКН9 | Quantum mechanics of complex systems | Tasko Grozdanov, Ivanka Milošević, Nikola Burić |
| 10. | ФИЗДФКН10 | Quantum statistical theory of light | Mirjana Popović-Božić |
| Scientific field: QUANTUM FIELDS, PARTICLES AND GRAVITY | |||
| 1. | ФИЗДФПЕ1 | Quantum theory of fields | Voja Radovanović |
| 2. | ФИЗДФПЕ2 | Gravity 1 | Marija Dimitrijević |
| 3. | ФИЗДФПЕ3 | Gravity_2 | Branislav Cvetković |
| 4. | ФИЗДФПЕ4 | Quantum theory of gauge fields | Branislav Sazdović |
| 5. | ФИЗДФПЕ5 | Quantum fields in curved space | Maja Burić |
| 6. | ФИЗДФПЕ6 | Symmetries of elementary particles | Đorđe Šijački |
| 7. | ФИЗДФПЕ7 | Standard model | Đorđe Šijački, Marija Dimitrijević |
| 8. | ФИЗДФПЕ8 | Supersymmetry | Voja Radovanović |
| 9. | ФИЗДФПЕ9 | String theory | Branislav Sazdović |
| 10. | ФИЗДФПЕ10 | Noncommutative Geometry and its applications in physics | Maja Burić, Marija Dimitrijević |
| 11. | ФИЗДФПЕ11 | Cosmology | Marija Dimitrijević |
| Scientific field: HIGH ENERGY PHYSICS | |||
| 1. | ФИЗДФНФ1 | Physics of accelerators | Petar Adžić, Predrag Milenović |
| 2. | ФИЗДФНФ2 | Detectors in physics | Petar Adžić, Predrag Milenović |
| 3. | ФИЗДФНФ3 | Nuclear Spectroscopy and radiation physics | Jovan Puzović |
| 4. | ФИЗДФНФ4 | Advanced course of nuclear physics | Jovan Puzović |
| 5. | ФИЗДФНФ5 | Advanced course of elementary particle physics 2 | Petar Adžić, Predrag Milenović |
| 6. | ФИЗДФНФ6 | Particle physics phenomenology | Lidija Živković |
| 7. | ФИЗДФНФ7 | Data analysis in high energy physics | Nenad Vranješ |
| 8. | ФИЗДФПЕ7 | Standard model | Đorđe Šijački, Marija Dimitrijević |
| 9. | ФИЗДФНФ8 | High energy physics | Magdalena Đorđević |
| Scientific field: PHYSICS OF ATOMS AND MOLECULES | |||
| 1. | ФИЗДФАМ1 | Structure of atoms and moleculs | Nataša Nedeljković, Tasko Grozdanov |
| 2. | ФИЗДФАМ2 | Atomic collision processes | Dragoljub Belić |
| 3. | ФИЗДФАМ3 | Scattering theory | Tasko Grozdanov |
| 4. | ФИЗДФАМ4 | Interaction of electrons with atomic systems | Goran Poparić |
| 5. | ФИЗДФАМ5 | Interactions with surfaces | Nataša Nedeljković |
| 6. | ФИЗДФАМ6 | Experimental methods in physics of electron-atom collisions | Bratislav Marinković, Aleksandar Milosavljević, Goran Poparić |
| 7. | ФИЗДФАМ7 | Selected topics of atomic and molecular physics | Nenad Simonović |
| 8. | ФИЗДФАМ8 | Photo-electron and mass spectrometry of biomolecules | Aleksandar Milosavljević, Bratislav Marinković |
| Scientific field: PHOTONICS AND LASERS | |||
| 1. | ФИЗДФФЛ1 | Advanced optics | Milorad Kuraica |
| 2. | ФИЗДФФЛ2 | Lasers and laser spectroscopy | Nikola Konjević, Milorad Kuraica |
| 3. | ФИЗДФФЛ3 | Quantum and atomic optics | Branislav Jelenković |
| 4. | ФИЗДФФЛ4 | Classical and quantum interference and coherence | Mirjana Popović-Božić |
| 5. | ФИЗДФФЛ5 | Introduction to nonlinear photonics | Ljupčo Hadžievski |
| 6. | ФИЗДФФЛ6 | Holography and interferometry | Dejan Pantelić |
| 7. | ФИЗДФФЛ7 | Optical metrology and standards | Dejan Pantelić |
| 8. | ФИЗДФФЛ8 | Micro and nano photonic structures in bio-physics and optical communications | Branislav Jelenković |
| 9. | ФИЗДФФЛ9 | Photonic sensors | Jovana Petrović |
| Scientific field: PHYSICS OF IONIZED GASES AND PLASMA | |||
| 1. | ФИЗДФЈП1 | Ionized gas sources | Stevan Đeniže, Vladimir Milosavljević, Dragana Marić |
| 2. | ФИЗДФЈП2 | Plasma sources and magnerohydrodynamics | Nikola Konjević, Najdan Aleksić, Bratislav Obradović |
| 3. | ФИЗДФЈП3 | Plasma diagnostics | Stevan Đeniže, Nevena Puač, Srđan Bukvić |
| 4. | ФИЗДФЈП4 | Gas discharge physics | Srđan Bukvić, Dragana Marić |
| 5. | ФИЗДФЈП5 | Collisional and transport processes in ionized gases | Zoran Petrović, Saša Dujko |
| 6. | ФИЗДФЈП6 | Selected chapters of physics of ionized gases | Gordana Malović, Stevan Đeniže |
| 7. | ФИЗДФЈП7 | Interaction of plasmas and lasers with solids | Jagoš Purić, Srđan Bukvić, Ivan Dojčinović |
| 8. | ФИЗДФЈП8 | Physical foundations of the modern plasma technologies | Milorad Kuraica, Zoran Petrović |
| 9. | ФИЗДФЈП9 | Physics of Fusion Plasmas | Jagoš Purić, Dušan Jovanović |
| 10. | ФИЗДФЈП10 | Kinetic theory of ionized gases and plasma | Đorđe Spasojević |
| 11. | ФИЗДМ12 | Selected chapters of radiation in the atmosphere | Mlađen Ćurić, Dejan Janc |
| Scientific field: APPLIED PHYSICS | |||
| 1. | ФИЗДФПФ1 | Selected Chapters of Medical Physics | Miroslav Dramićanin |
| 2. | ФИЗДФПФ2 | Selected topics of metrology | Ljubiša Zeković, Stevan Stojadinović |
| 3. | ФИЗДФПФ3 | Selected topics of applied physics | Ivan Belča, Stevan Stojadinović |
| 4. | ФИЗДФПФ4 | Luminescence phenomena in thin films | Ljubiša Zeković, Stevan Stojadinović |
| 5. | ФИЗДФПФ5 | Measurement of low light intensity | Bećko Kasalica |
| 6. | ФИЗДФПФ6 | Nanomaterials Characterization Methods | Miroslav Dramićanin |
| 7. | ФИЗДФПФ7 | Design of optical systems | Ivan Belča, Bećko Kasalica |
| 8. | ФИЗДФПФ8 | Pyrometric systems and non-contact temperature measurement | Ljubiša Zeković, Ivan Belča |
| 9. | ФИЗДФПФ9 | Experimental methods of biophysics | Miloš Vićić |
| 10. | ФИЗДФПФ10 | Plasma applications in biology and medicine | Nevena Puač, Zoran Petrović |
| Scientific field: PHYSICS DIDACTICS | |||
| 1. | ФИЗДФДФ1 | Selected chapters of physics didactics | Mićo Mitrović |
| 2. | ФИЗДФДФ2 | Working with talented students | Mićo Mitrović |
| 3. | ФИЗДФДФ3 | Methodology of Scientific Investigation in Physics Teaching | Andrijana Žekić, Jablan Dojčilović |
| 4. | ФИЗДФДФ4 | Research of physics learning and teaching | Josip Sliško |
| 5. | ФИЗДФДФ5 | Methods of interactive physics teaching and learning | Mirjana Popović-Božić, Bratislav Obradović |
| COMPUTER COURSES FOR MORE SCIENTIFIC FIELDS | |||
| 1. | ФИЗДФВО1 | Numerical Methods in Physics | Jovan Puzović, Zoran S. Popović |
| 2. | ФИЗДФВО2 | Monte Carlo simulation in physics | Goran Poparić, Antun Balaž |
| 3. | ФИЗДФВО3 | Methods of numerical simulations | Marija Radmilović-Rađenović, Najdan Aleksić, Milovan Šuvakov |
| 4. | ФИЗДФВО4 | Numerical methods and simulations in quantum optics | Dušan Arsenović |
| 5. | ФИЗДМ06 | Selected chapters of atmospheric pollution modeling | Lazar Lazić, Владимир Ђурђевић |
| 6. | ФИЗДМ17 | Selected chapters of modeling of the atmosphere | Vladimir Đurđević, Ivana Tošić |
| 7. | ФИЗДМ18 | Selected chapters of statistics in meteorology | Ivana Tošić, Miroslava Unkašević |