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
2. ФИЗДФНФ2 Detectors in physics Petar Adžić
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, Jovan Milošević
6. ФИЗДФНФ6 Particle physics phenomenology Ljiljana Simić
7. ФИЗДФНФ7 Data analysis in high energy physics Ljiljana Simić
8. ФИЗДФПЕ7 Standard model Đorđe Šijački, Marija Dimitrijević

 

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: CONDENSED MATTER PHYSICS AND STATISTICAL PHYSICS
1. ФИЗДФКМ1 Spectroscopic methods in condensed mater physics Zoran Popović
2. ФИЗДФКМ2 Quantum field theory in the physics of low dimensional systems Milica Milovanović, Edib Dobardžić
3. ФИЗДФКМ3 Quantum field theory methods in condensed matter physics Zoran Radović
4. ФИЗДФКМ4 Nonequilibrium statistical physics Milan Knežević
5. ФИЗДФКМ5 Physics of disordered systems Milan Knežević, Sunčica Elezović-Hadžić
6. ФИЗДФКМ6 Physics of dielectric and ferrolectrics Jablan Dojčilović
7. ФИЗДФКМ7 Physics of magnetism Đorđe Spasojević
8. ФИЗДФКМ8 Physics of thin films Nataša Bibić
9. ФИЗДФКМ9 Physics of polymer systems Jablan Dojčilović, Vladimir Đoković
10. ФИЗДФКМ10 Physics of superconductivity Zoran Radović
11. ФИЗДФКМ11 Physics of phase transitions Milan Knežević
12. ФИЗДФКМ12 Physics of crystal growth Mićo Mitrović
13. ФИЗДФКМ13 Quantum Liquids Antun Balaž
14. ФИЗДФКМ14 Density functional theory Nenad Vukmirović
15. ФИЗДФКМ15 Electronic transport in strongly correlated sytems Darko Tanasković
16. ФИЗДФКМ16 Computational modeling of structural and electronic properties of materials Željko Šljivančanin
17. ФИЗДФКМ17 Scannig atomic microscopy of solids Radoš Gajić

 

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