Study Programmes and Branches of Doctoral Studies
Academic Year 2020/2021
- Algebra, number theory, and mathematical logic
- Atmospheric physics, meteorology and climatology
- Computational linguistics
- Computational mathematics
- Computer Science – Software Systems
- Computer Science – Theory of Computing, Discrete Models and Optimization
- Computer Science – Visual computing and computer games
- Geometry, topology, and global analysis
- Mathematical analysis
- Mathematical and computer modeling
- Particle and Nuclear Physics
- Physics Education and General Problems of Physics
- Physics of nanostructures and nanomaterials
- Physics of Plasmas and Ionized Media
- Physics of Surfaces and Interfaces
- Physics of the Earth and Planets
- Probability and statistics, econometrics and financial mathematics
- Probability and statistics, econometrics and financial mathematics
- Quantum Optics and Optoelectronics
- Quantum Optics and Optoelectronics
- Theoretical Computer Science and Artificial Intelligence
- Theoretical Physics, Astronomy and Astrophysics
Study Programme Algebra, number theory, and mathematical logic
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Atmospheric physics, meteorology and climatology
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Computational linguistics
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Computational mathematics
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Computer Science – Software Systems
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Computer Science – Theory of Computing, Discrete Models and Optimization
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Computer Science – Visual computing and computer games
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Geometry, topology, and global analysis
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Mathematical analysis
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Mathematical and computer modeling
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Prospects for graduates: The holder of the diploma graduated from the doctoral study of a program which is combined between mathematics and classical physics and is directed to modelling in the physics of solids, liquids and gases with possible applications in the material science, geophysics, biology or medicine. Due to the content of the doctoral thesis the student dealt with creation or properties of models in mechanics and thermodynamics of fluids and solids, the connected mathematical or numerical analysis of the corresponding systems of partial differential equations or their numerical solution. The graduates of this program have good knowledge of mathematical and numerical analysis, classical physics and applications of numerical methods, and are able to fomulate, analyze and numerically solve real world problems.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Particle and Nuclear Physics
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Physics Education and General Problems of Physics
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Physics of nanostructures and nanomaterials
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Physics of Plasmas and Ionized Media
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Physics of Surfaces and Interfaces
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Physics of the Earth and Planets
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Probability and statistics, econometrics and financial mathematics
Form of study: combined, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
Study Programme Probability and statistics, econometrics and financial mathematics
Form of study: full-time, full-time
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
Study Programme Quantum Optics and Optoelectronics
Form of study: full-time, full-time
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
Study Programme Quantum Optics and Optoelectronics
Form of study: combined, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
Study Programme Theoretical Computer Science and Artificial Intelligence
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
- full-time form of study – Admissions round I
- combined form of study – Admissions round I
- full-time form of study – Admissions round II
- combined form of study – Admissions round II
Study Programme Theoretical Physics, Astronomy and Astrophysics
Form of study: full-time, combined, full-time, combined
Possible acceptance without taking the entrance examination, for requirements see Admission procedure.
Details of study:
