PřF rigo Physics
Name in Czech: Fyzika
Advanced Master's state examination, language of instruction: Czech Czech
Included in the programme: PřF N-FYZ Physics

Study-related information

  • Parts of the final state examination and its content
    Graduates of the Master's degree program who have obtained the academic degree Master of Science may take the state rigorosum examination in the field of natural sciences, which includes the defence of the rigorosum thesis. After passing this examination, the academic title "Doctor of Natural Sciences", abbreviated as "RNDr.", is awarded in the field of natural sciences. in the abbreviated form before the name.

    The candidate chooses one of the broader subjects and one topic according to the specialisation

    A. Specialization
    Theoretical physics
    B. Subjects of focus
    Theory of Relativity
    Quantum field theory
    Optics
    Quantum Mechanics
    Statistical Physics

    A. Specialization
    Astrophysics
    B. Subjects of focus

    A. Specialization
    Plasma physics
    B. Focus subjects

    A. Specialization
    Condensed matter physics
    B. Subjects of focus
    Structural analysis of solids
    Optical response of solids
    Physics of semiconductors and related materials (bulk semiconductors/nanostructures/organic semiconductors/topological insulators)
    Physics of systems with strongly correlated electrons

    A. Specialization
    Biophysics
    B. Subjects of focus
    Molecular modelling / molecular dynamics
    Structural Biology
    Instrumental methods
    Optics
    Quantum Mechanics


    More information here: https://www.sci.muni.cz/student/rigorozni-rizeni
  • Suggestion of theses topics and the topics of defended theses
    Defended theses are published in the IS MU, where they can be searched by faculty, year, department, field/plan: https://is.muni.cz/thesis/.

    Examples of topics suitable for the qualifying thesis:

    "Spin systems with quadrupolar order"

    "Diffraction on periodic structures"

    "Study of defects in silicon using Laue x-ray diffraction"

    "Atoms in universes with compact dimensions"

Recommended progress through the study plan

Warning:

The study plan does not contain any courses.