University of Wrocław

Mathematical Institute

Plac Grunwaldzki 2/4

50-384 Wrocław

POLAND

E-mail: jakub.gismatullin.at.uwr.edu.pl

ORCiD profile:

I work in the Mathematical Institute at the University of Wrocław.

I finished my PhD in Mathematics at University of Wrocław in 2009. My research interests are concentrated around mathematical logic, model theory, algebra, group theory and algebraic geometry.

- Assistant professor in the Mathematical Institute of University of Wrocław, (10.2012- ).
- Assistant professor in the Mathematical Institute of PAN, (2015-2021).
- Marie Curie Postdoctoral research fellowship 10.2010-09.2012.
- PhD in Mathematics from the University of Wrocław, 2009
- Master degree 2005, thesis: Własnosci pregeometrii w ciałach

- J. Gismatullin, K. Kuczmarz On Gromov-Hausdorff distance in metric groups
- J. Gismatullin, K. Tarasek On binomials and algebraic closure of some pseudofinite fields Communications in Algebra, to appear link
- J. Gismatullin, K. Majcher, M. Ziegler New compactness theorem for metric ultraproducts and simplicity
- M. Doucha, J. Gismatullin On Dual surjunctivity and applications, to appear in Groups, Geometry, and Dynamics 2022 DOI: 10.4171/GGD/681
- J. Gismatullin, Absolute connectedness and classical groups
- J. Gismatullin, G. Jagiella, K. Krupiński Bohr compactifications of groups and rings published in the Journal of Symbolic Logic
- J. Gismatullin Non-closed products of conjugacy classes, Glasgow Mathematical Journal
- Ś. R. Gal, J. Gismatullin (appendix by Nir Lazarovich) Uniform symplicity of groups with proximal action, Transactions of the Ams (series B), 4 (2017), 110-130 Link,
- J. Gismatullin, K. Krupiński On model-theoretic connected components in some group extensions Journal of Mathematical Logic 15 (2015), no. 2, 1550009, 51 pp.
- J. Gismatullin, D. Penazzi, A. Pillay Some model theory of SL(2,R) Fund. Math. 229 (2015), no. 2, 117–128
- J. Gismatullin, D. Penazzi, A. Pillay On compactifications and the topological dynamics of definable groups Ann. Pure Appl. Logic 165 (2014), no. 2, 552–562
- N. Bowler, C. Chen, J. Gismatullin Model theoretic connected components of finitely generated nilpotent groups J. Symbolic Logic 78 (2013), no. 1, 245–259
- J. Gismatullin Boundedly simple groups of automorphisms of trees J. Algebra 392 (2013), 226–243
- J. Gismatullin Model theoretic connected components of groups Israel J. Math. 184 (2011), 251–274
- J. Gismatullin Combinatorial geometries of field extensions Bull. Lond. Math. Soc. 40 (2008), no. 5, 789–800
- J. Gismatullin, L. Newelski G-compactness and groups Arch. Math. Logic 47 (2008), no. 5, 479–501

- Grzegorz Jagiella (finished 2015)