
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)
 Twodimensional universal algebra
(Jiří Velebil)
 Free superalgebras on one odd generator
(Natalia Žukovec)
 Stochastic geometry and its applications
(Kateřina Helisová)
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