FU TFYZRIGO Theoretical physics
Name in Czech: Teoretická fyzika
Advanced Master's state examination, language of instruction: Czech
Included in the programme: FU TFYZNM Theoretical physics
Advanced Master's state examination, language of instruction: Czech
Included in the programme: FU TFYZNM Theoretical physics
Study-related information
- Plan descriptionParts of State Rigour Exam and their content
Relativistic astrophysics
State rigour exam consists out of two parts:
1) Rigour thesis defence,
2) Relativistic astrophysics.
Part Relativistic astrophysics verifies knowledge of relativistic astrophysics regions, which are on one hand content of following subjects of master program profiling basis: Process in the vicinity of black holes, Relativistic physics and astrophysics II, Compact stars and Compact objects with magnetic fields, and on the other hand, knowledge of advanced parts of relativistic astrophysics, associated namely with the topic of the rigour thesis.
Particle physics
State rigour exam consists out of two parts:
1) Rigour thesis defence,
2) Particle physics.
Part Particle physics verifies knowledge of particle physics regions, which are on one hand content of following subjects of master program profiling basis: Introduction to particle physics I, Introduction to particle physics II,Quantum field theory II, and Standard model of electroweak interactions, and on the other hand, knowledge of advanced parts of particle physics, associated namely with the topic of the rigour thesis.
Computer physics
State rigour exam consists out of two parts:
1) Rigour thesis defence,
2) Computer physics.
Part Computer physics verifies knowledge of computer physics regions, which are on one hand content of following subjects of master program profiling basis: Symbolic calculations, Numerical modeling in physics I, Numerical modeling in physics II, and Numerical Relativity, and on the other hand, knowledge of advanced parts of computer physics, associated namely with the topic of the rigour thesis. - Parts of the final state examination and its contentRigour exam requirements
1) Oral exam is taken from particle physics, relativistic physics and astrophysics, or computer physics subject at the level of final state exam of consequent master study program or study subjects of doctoral study corresponding with the rigour thesis topic. The subject, defined in previous sentence, is determined by the director of the institute, usually based on the proposal of the examination committee chair or guarantor of consequent study program Theoretical physics. The subject is communicated to student no later than the term according to ar. 5 par. 5 Rigorous rules.
2) The content and the form of the rigour thesis must show student's prerequisite for loose research work, the topic of the thesis is based on current state of scientific knowledge and creative activity in theoretical physics. The content of the Rigour thesis must contain material published
or accepted for publishing in an impact journal, and the author of the rigour thesis must be the author, or a co-author of the article. - Requirements of the studyThe oral exam consists of a subject in the field of particle physics or relativistic astrophysics or computer physics at the level of state final examinations of the follow-up master's study program or doctoral study subjects, the content of which is related to the topic of rigorous work. The subject according to the previous sentence is determined by the director of the department, usually on the proposal of the chairman of the examination commission or the guarantor of the follow-up study program Theoretical Physics. The subject according to the first sentence is communicated to the candidate no later than the deadline according to Article 5, paragraph 5 of the Rigorous Rules.
- Suggestion of theses topics and the topics of defended theses- Astrophysical processes in the field of compact objects
- Optical effects in the field of compact objects
- Toriodal configurations of perfect fluid in the spacetimes with a nonzero cosmological constant
- Black holes in multidimensional spacetime
- Temperature anisotropy of cosmic microwave background