Regulations of the comprehensive examination
Assignment of exam subjects - semester 2022/23/2
Subjects of the comprehensive examination (pdf)
The detailed syllabuses of the subjects can be accessed by following the links in the research area titles
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PHYSICS |
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Fusion plasma physics |
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1. |
Electrons in solids |
1. |
Concepts of fusion power generation |
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2. |
Semiconductors |
2. |
Magnetic confinement fusion technology |
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3. |
Magnetism |
3. |
Theoretical fusion plasma physics |
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4. |
Superconductivity |
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5. |
Material characterization methods |
Medical physics |
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4. |
Teletherapy – photon and electron therapy |
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5. |
HDR and LDR brachytherapy |
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6. |
Models of light |
6. |
Medical imaging by ionizing radiation |
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7. |
Optical and photonic devices |
7. |
Medical imaging by non-ionizing radiation |
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8. |
Laser physics |
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9. |
Optical metrology and spectroscopy |
Nuclear metrology and radioanalytics |
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10. |
Optical materials |
8. |
Radiation and particle sources |
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9. |
Detection of electromagnetic radiation and particles |
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10. |
Radioanalytical methods |
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11. |
Quantum statistical mechanics |
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12. |
Non-equilibrium systems and chaotic dynamics |
Radiation protection |
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13. |
Complex systems and game theory |
11. |
Radiation protection and its legislation |
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14. |
Computational methods and Phase transitions |
12. |
Pollution propagation and radioactive waste management |
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Nuclear reactor physics |
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13. |
Nuclear physics |
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16. |
Many-body physics |
14. |
Reactor physics |
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17. |
Quantum field theory and particle physics |
15. |
Thermal hydraulics |
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18. |
Quantum physics of electron systems |
16. |
Monte Carlo particle transport methods |
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19. |
Quantum optics and quantum information science |
17. |
Nuclear reactors and fuel cycle |
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20. |
Mesoscopic and strongly correlated systems |
18. |
Operation and maintenance of nuclear reactors |
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19. |
Nuclear reactor safety |