Courses at
Faculty of Physics
- High Energy Physics 390-ERS-1FWE
- History of Physics 390-FS1-3HF
- History of Physics 390-FG1-3HN
- History of Physics 390-FS1-1HF
- History of science 390-FM2-2HNA
- Individual Experimental Project 390-FS2-2IPD
- Individual Experimental Project 390-ERS-2IPD
- Interdisciplinary aspects of physics 390-FS2-2INAF
- Internet of Things 390-FG1-3IOT
- Interpreted Languages 390-FG1-2PS
- Intoductory Mathematics 390-FG1-1WDM
- Intoductory Mathematics 390-FS1-1WDM
- Introduction to Condensed Matter Physics 390-ERS-1FFS
- Introduction to Electronics 390-FG1-1WDE
- Introduction to Nuclear and Elementary Particle Physics 390-ERS-2PFJ
- Introduction to Nuclear and Elementary Particle Physics Theory 390-FS2-2PFJ
- Introduction to Physics 390-FS1-1WDF
- Introduction To Theory Of Stochastic Processes 390-FM2-1TPS
- Introductory Astronomy 390-FG1-3WDA
- Introductory Physics 390-FG1-1WDF
- LabView Software 390-FG1-3PLV
- Legal Aspects of Scientific and Professional Activity 390-FS1-3PAN
- Legal Aspects of Scientific and Professional Activity 390-FG1-3PAN
- Legal Aspects Of Scientific And Professional Activity 390-FM2-2PAD
- Legal Aspects Of Scientific And Professional Activity 390-FS2-2PAD
- Magnetic Resonant Methods 390-FM2-1MMR
- Magneto-Optical Experimental Methods 390-FS2-1EMM
- Mathematical Methods in Physics 390-FS2-1MMF
- Metodology of science 390-FM2-2MNA
- Metodology of science 390-FS2-2MNA
- Microcontroller Programming 390-FG1-1PM
- Monographic Lecture 390-FM2-2PM
- Monographic Lecture 390-FS2-2PMD
- Neutron Methods 390-FM2-2MNE
- Numerical Methods 390-FS1-3MNU
- Numerical Methods and Algorithms 390-FG1-2MNA
- Object-oriented Programming 390-FG1-1PO
- Operating Systems 390-FG1-1SO
- Operating Systems 390-FS1-1SO
- Optics and Waves 390-FG1-2OIF
- Optics and Waves 390-FS1-2OIF
- Optics and Waves 390-ERS-2OIF
- Parallel Programming 390-FG1-3PR
- Physical Education 390-FS1-2WFII
- Physical Education I 390-FS1-1WFI
- Physical Education I 390-FG1-1WFI
- Physical Education II 390-FG1-2WFII
- Physics of Ionizing Beams 390-FM2-1FWJ
- Principles of Magnetism 390-FS2-1PFM
- Programming I 390-FS1-1PRO1
- Programming II 390-FS1-2PRO2
- Quantum Mechanics 390-FS2-1MKD
- Quantum Mechanics 390-FS2-1MK
- Radiation Protection in Medicine 390-FM2-2ORM
- RT treatment planing 390-FM2-2PLR
- Second Physics Laboratory I 390-FS2-1DPF
- Second Physics Laboratory II 390-FS2-2DPF2
- Selected Topics in Contemporary Physics 390-FM2-1ZWF
- Selected Topics in Contemporary Physics 390-FS2-1WZF
- Seminar in contemporary physics I 390-FS2-2SFWI
- Seminar in contemporary physics II 390-FS2-2SFWII
- Signal Processing and Imaging 390-FM2-1ASO
- Software Engineering 390-FG1-2IO
- Special Theory of Relativity 390-ERS-2STW
- Special Theory of Relativity 390-FS1-2STW
- Specialised Computer Methods 390-FM2-1SMK
- Specialised Physics Laboratoy I 390-FM2-1SPF1
- Specialised Physics Laboratoy II 390-FM2-2SPF2
- Specialized Language Workshop 390-FM2-2SWJ
- Specialized Language Workshop 390-FS2-2SWJ
- Specialized Language Workshop 390-FS2-1SWJ
- Statistical Physics 390-FS2-1FST
- Statistical Physics 390-ERS-1FST
- Structure of Matter 390-ERS-3BUM
- Structure of Matter 390-FS1-3BUM
- Structure of Matter 390-FG1-3BUM
- The art of presenting achivements 390-FS2-2SPO
- The art of presenting achivements 390-FS1-3SPO
- The art of presenting achivements 390-FG1-3SPO
- The art of presenting achivements 390-FM2-2SPO
- Thermodynamics 390-FG1-2TER
- Thermodynamics 390-FS1-2TERM
- Transforms Calculus 390-FS2-1RT