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| Summer Term 25, Doctoral School Events | |
| 2025-04-04 | Doctoral School Seminar (10:30, TU Graz, Kopernikusg. 24/IV) |
| (10:30—11:00 coffee break) | |
| Jan Jendrysiak (TU, advisor M. Kerber): Decompositions of Multiparameter Persistence Modules: Stability and Applications [show abstract] | |
| 2025-06-13 | Doctoral Day (9–5, TU Graz, Rechbauerstr. 12, HS II) |
| (09:00 Opening) | |
| Anna Geisler (TU, advisor M Kang): Independent sets in percolated graphs via the Ising model [show abstract] | |
| Mohammadreza Kariman (MedUni, advisor Augustin/Plank): Decoding the Impact of Septal Pacing Site on Ventricular Synchrony: A Computational Study [show abstract] | |
| Maximilian Ofner (TU, advisor S. Hörmann): Testing the missing completely at random assumption for partially observed processes [show abstract] | |
| (10:15—10:45 Coffee Break) | |
| Thomas Schrotter (Meduni, advisor G. Plank): A Full Physics Real-Time Solver for Simulating Arrhythmias in the Human Heart [show abstract] | |
| Tamari Kldiashvili (Uni, advisor L. Trussardi): Mean-field limit for the asymmetric Cucker-Smale model [show abstract] | |
| Ángel Alonso (TU, advisor Kerber): Computing the multicover bifiltration [show abstract] | |
| (12:00—13:00 Lunch Break) | |
| Nesibe Ayhan (Uni, advisor Q. B. Tang): Well-posedness for the generalised Camassa-Holm equations [show abstract] | |
| Zorica Ristic (Meduni, advisor Haase/Augustin): A physiologically valid, multi-physics model of the left atrium to assess the influence of fibrosis on atrial function [show abstract] | |
| Mara Pompili (Uni, advisor D. Smertnig): The role of regular elements in factorization of rings with zero-divisors. [show abstract] | |
| (14:15—14:45 Coffee Break) | |
| Alexander Pfleger (Uni, advisor G. Haase): Track Reconstruction of High Energy Particles with a Global χ² Fitter | |
|
Abstract: The global χ² fitter is a least-squares fitter designed to determine the initial parameters of a particle track. This fitter provides an efficient method for accounting for material effects by fitting all scattering angles, which are treated as an additional set of parameters. This increases the dimensionality of all matrices by approximately an order of magnitude. The performance of the fitter is evaluated within the tracking framework ACTS on the Open Data Detector. It demonstrates robust behaviour across different energy regimes and detector regions, making it a strong candidate for the final fitting step and a valuable alternative to established fitters.[hide abstract] | |
| Michael Henry (TU, advisor P. Grabner): On automorphic forms and a class of vector functions [show abstract] | |
| (15:45 Closure) |