| Name |
Study program |
Year of study |
Lecture/Poster |
Title of the presentation |
|
| Kristína Sakmárová | P4M9 | 2 | Lecture | Factor selection in screening designs |
| Om Prakash | P4M1 | 2 | Lecture | Consecutive real cyclotomic fields with large class numbers |
| Manoj Prakash | P4M6 | 2 | Lecture | Computation of stabilization parameters using machine learning |
| Dominik Krasula | P4M1 | 2 | Lecture | Matrix representations of finite Frobenius rings |
| Ladislav Drážný | P4M3 | 2 | Lecture | Reduction principle for potential convolution operators |
| Tomáš Hammerbauer | P4M6 | 1 | Lecture | Domain decomposition preconditioners for the Discontinuous Galerkin method |
| Tomáš Raunig | P4M3 | 1 | Lecture | Almost-invariant elements of group actions on Lip0 spaces |
| Lucie Wintrová | P4F11 | 1 | Lecture | Existence and Time Continuity in Non-Newtonian Heat-Conducting Flow Models |
| Antonio Del Donno | P4M2 | 1 | Lecture | Principal bundles and differential structures in noncommutative geometry |
| Hedvika Ranošová | P4M9 | 2 | Lecture | Testing for Abrupt and Gradual Location Changes in Functional Time Series |
| Daniel Komárek | P4M2 | 1 | Lecture | LCH capacities and Lagrangian cobordisms |
| David Kubíček | P4M3 | 1 | Lecture | Interpolation between Lorentz spaces |
| Michal Molnár | P4M2 | 1 | Lecture | Lie Group Approach to Envelope Surfaces |
| Willy Svoboda | P4M9 | 1 | Lecture | Conformal Prediction and Optimal Transport |
| Anwesh Pradhan | P4M6 | 2 | Lecture | Nonconforming Virtual Element Method for the fully nonlinear Monge-Ampere Equation |
| Yağmur Sak | P4M1 | 2 | Lecture | Normal Bases over Finite Fields |
| Ioannis Thanasis | P4M6 | 2 | Lecture | HPC and Davidson Method |
| Ange Zugmeyer | P4M2 | 1 | Lecture | Generic actions on the Cantor space |
| Lenka Košárková | P4F11 | 1 | Lecture | Multicomponent flow in lungs |
| Martin Boroš | P4M1 | 2 | Lecture | Morita theory for contramodules |
| Aneta Kostárová | P4M9 | 2 | Lecture | Specification Tests for Integer-valued Time Series |
Updated by Petr Knobloch on April 2, 2025
