![Endre Csoka erc dynasnet](/sites/default/files/members/images/csoka_endre_0.jpg)
Researcher - Rényi
I study analogues of expander and hyperfinite graph sequences in the context of directed acyclic graphs, which we call "extender" and "hypershallow" graph sequences, respectively
![Zdenek Dvorak dynasnet researcher](/sites/default/files/members/images/Zdenek_Dvorak_1.jpg)
Researcher - CUNI
I worked on study of sparse classes and particularly on sublinear separators for DYNASNET
![panna fekete dynasnet reseacher](/sites/default/files/members/images/panna%20fekete.jpg)
Researcher - Rényi
Panna Fekete is writing her PhD while working with Dávid Kunszenti-Kovács.
![Viktor Harangi](/sites/default/files/members/images/harangi_viktor_0.jpg)
Researcher - Rényi
I work on improving the known bounds on the independence ratio of random regular graphs of small degree, using methods in statistical physics and graph convergence
![david hartman dynasnet reseacher](/sites/default/files/members/images/David_Hartman.jpg)
![Aranka Hrusková](/sites/default/files/members/images/aranka%20hruskov%C3%A1.jpg)
![Jan Hubicka dynasnet researcher](/sites/default/files/members/images/jan%20hubicka2.jpg)
Researcher - CUNI
I work on Ramsey Theory in the metric problems, Fraisse theory, particularly on big Ramsey degrees.
![Karsai Márton dynasnet researcher](/sites/default/files/members/images/karsai_marton2.jpg)
Researcher - CEU
Our goal is to understand a switchover phenomenon of the infected population induced by different seeding scenarios of epidemics in geometric metapopulation networks.
![Janos Kertesz erc dynasnet researcher](/sites/default/files/members/images/kertesz_janos.jpg)
Researcher - CEU
I participate in the DYNASNET project on physical networks, working on the topic of physical networks: computer modelling, dynamics ranking, family models, epidemic spreading.
![Matej Konecny dynasnet researcher](/sites/default/files/members/images/matej%20konecny2.jpg)
Researcher - CUNI
I work on Ramsey Theory in the metric problems, and recently on physical networks.