Education
	Themes of Theses

Bachelor Theses

• Basics of wavelet analysis (comparison with Fourier analysis) (Jan Hamhalter)
• Design and production of Maplets for numerical methods (Aleš Němeček)
• Design and production of Maplets for the support of teaching (Aleš Němeček)
• Sets of fractal dimension (Jaroslav Tišer)
• Hölder's inequality and its consequences (Veronika Sobotíková)
• Differential equations and mathematical modelling (Martin Bohata)
• Matrix groups (Martin Bohata)
• Matrix analysis (Martin Bohata)
• Fixed point theorems (Martin Bohata)
• Selected topics in quantum information theory (Jan Hamhalter, Martin Bohata)

Diploma thesis

• Statistical analysis of variability of energy sources (Kateřina Helisová)
• Equations of mathematical physics(Martin Bohata)
• Distributions theory and its applications (Martin Bohata)
• Theory of hyperfunctions (Martin Bohata)
• Calculus of variations and its applications(Martin Bohata)
• Selected topics in differential geometry (Martin Bohata)
• Selected topics in quantum information theory (Jan Hamhalter, Martin Bohata)

Ph.D. Theses

• Application of the theory of semigroups (Marie Demlová)
• Algorithmic solutions of algebraic problems (Marie Demlová)
• State spaces of operator algebras (Jan Hamhalter)
• Gaussian measures in a Hilbert space (Jaroslav Tišer)
• Quantum logics (Josef Tkadlec)
• Coalgebraic methods of process theory (Jiří Velebil)
• Two-dimensional universal algebra (Jiří Velebil)
• Free superalgebras on one odd generator (Natalia Žukovec)
• Stochastic geometry and its applications (Kateřina Helisová)