Department of Theoretical Physics and Astrophysics
| Address: | Kotlářská 267/2, 611 37 Brno, Pavilion 06 |
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| e-mail: |
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Teaching
Courses taught
Autumn 2021 at Faculty of Science
- Introduction to Machine learning for astronomers in Python
- Lie groups, Lie algebras and gauge fields
- Linear algebra and geometry
- Mathematics 1
- Mathematics 3
- Mechanics
- Mechanics and molecular physics
- Mechanics and molecular physics: problems plus
- Modern experimental methods C
- Observational techniques
- Open problems of physics of stellar atmospheres and winds
- Physics of cool stars
- Physics of stellar atmospheres
- Practical astrophysics - basics
- Preparatory course (elementary mathematics)
- Problems in theoretical physics
- Quantum electrodynamics
- Quantum gravitation
- Scientific workflow in astrophysics
- Selected chapters from astrophysics
- Seminar of Institute of Theoretical Physics and Astrophysics
- Seminar on Mathematical Physics
- Student physics lectures
- Teaching assistance
- The Ultimate Python Developer's guide
- Theoretical mechanics (F3081, F4120)
- Thermics and molecular physics
- Thermodynamics and statistical physics
- Variable stars
Spring 2021 at Faculty of Science
- Bakalářská práce 1
- Advanced methods in data analysis
- Advanced problems in theoretical physics
- Advanced quantum mechanics
- Astronomical excercises (F4191, F9145)
- Astronomical observation
- Astronomical seminar
- Astronomy didactics
- Astrophotography
- Astrophysics
- Bachelor thesis 1
- Bachelor Thesis 2
- Bachelor thesis 2
- Bachelor Thesis Seminar 2
- Bachelor work 1
- Bachelor work 2
- Bachelors' Review 2
- Calculus of variations and its applications
- Computing practice 2
- Cosmology
- Cosmotea
- Differential and integral calculus on differential manifolds and its applications in physics
- Diploma Thesis 2
- Diploma Thesis 4
- Diploma work 1 (F7740T, F7750T, F7751T, F7760T)
- Diploma work 2 (F8750T, F8751T, F8760T)
- Diploma work 3 (F9740T, F9750T, F9751T, F9760T)
- Diploma work 4 (FA750T, FA751T, FA760T)
- Dynamics and evolution of galaxies
- Electrodynamics and relativity theory
- Electrodynamics and theory of relativity
- Elements of astronomy 2
- Experimental foundations and basic concepts of quantum mechanics
- Functions of complex variable
- Fundamental mathematical methods in physics 2
- Individual study
- Integration of forms
- Introduction to the Solar System
- Linear and multilinear algebra
- Linear and multilinear algebra: Exercise plus
- Mathematics 2
- Modelling of stellar atmospheres
- Numerical methods in astrophysics
- Open problems of physics of stellar atmospheres and winds
- Physics in spacetime
- Physics of hot stars
- Physics of invisible cloaks and perfect lenses
- Plasma astrophysics
- Professional experience