Filip Misev
Universität Regensburg
Fakultät für Mathematik
93040 Regensburg
Deutschland
office: M 005
phone: +49 941 943 49 07
e-mail: fil*p.mi*e*@ur.de
Research.
Low-dimensional topology and geometry (fibred knots, concordance, singularities).
Teaching.
2023 – Elementare Zahlentheorie (Lehramt Grundschule, Mittelschule und Realschule).
2022 – Knotentheorie (mit Stefan Friedl).
2022 – Proseminar Elementargeometrie (LG, LM).
2022 – Elementare Zahlentheorie (Lehramt Grundschule, Mittelschule und Realschule).
2021 – Examenskurs Analysis (Lehramt Gymnasium).
2021 – Elementare Zahlentheorie (Lehramt Grundschule, Mittelschule und Realschule).
2020 – Examenskurs Analysis (Lehramt Gymnasium).
2020 – Elementare Zahlentheorie (Lehramt Grundschule, Mittelschule und Realschule).
2019 – Lecture on Algebraic Curves, Bonn.
| 04/2020 - 09/2024 | Wissenschaftlicher Mitarbeiter, Universität Regensburg | |
| 03/2018 - 08/2020 | Postdoc at Max-Planck-Institut für Mathematik, Bonn | |
| 09/2016 - 02/2018 | Postdoc at Aix-Marseille Université, funded by the Swiss National Science Foundation | |
| 06/2016 | PhD in Mathematics, Universität Bern | |
| 06/2012 | MSc in Mathematics, Universität Basel |
Papers.
10. 3-braid knots with maximal 4-genus (with Sebastian Baader, Lukas Lewark and Paula Truöl), preprint, 2023.
9. Rational homology ribbon cobordism is a partial order (with Stefan Friedl and Raphael Zentner), preprint, 2022.
8. The bridge number of arborescent links with many twigs (with Sebastian Baader, Ryan Blair and Alexandra Kjuchukova), Algebraic & Geometric Topology (2023) 23 (1), 75-85.
7. Tight fibred knots without L-space surgeries (with Gilberto Spano), Glasgow Mathematical Journal (2020), 1-9.
6. Average four-genus of two-bridge knots (with Sebastian Baader, Alexandra Kjuchukova, Lukas Lewark and Arunima Ray), (2019), accepted for publication in Proceedings of the AMS.
5. Lipschitz normal embedding among superisolated singularities (with Anne Pichon), International Mathematics Research Notices (2019), rnz221.
4. On families of fibred knots with equal Seifert forms, Communications in Analysis and Geometry (2021) 29 (2), 465-482.
3. On the stabilisation height of fibre surfaces in S3 (with Sebastian Baader), Journal of Knot Theory and Its Ramifications (2018) 27 (3), 1840001.
2. Hopf bands in arborescent Hopf plumbings, Osaka Journal of Mathematics (2019) 56 (2), 375-389.
1. Cutting arcs for torus links and trees, Bulletin de la Société Mathématique de France (2017) 145 (3), 575-602.
PhD thesis.
On the plumbing structure of fibre surfaces, written under the supervision of Sebastian Baader at Universität Bern, 2016.Mai 2023
Impressum Datenschutz (Universität Regensburg)