cv
Basics
| Name | Jörg Weber | 
| Title | Dr. rer. nat. | 
| Date of birth | 2nd April 1993 | 
| Gender | male | 
| Nationality | German | 
| Address | Oskar-Morgenstern-Platz 1, 1090 Vienna, Austria | 
| joerg.weber@univie.ac.at | |
| Phone | +43 1 4277 50478 | 
| Website | joerg-weber.github.io | 
Work
-  01/2025– 
-  10/2023–12/2024 
-  09/2023–10/2023 
-  09/2022–08/2023 
-  09/2020–08/2022 
-  10/2016–08/2020 
Education
-  01/2017–07/2020 Dr. rer. nat.University of BayreuthSupervisor: Prof. Dr. Gerhard ReinThesis: The Relativistic Vlasov–Maxwell System with External Electromagnetic Fields
-  10/2014–12/2016 Master of ScienceUniversity of BayreuthMathematics, secondary subject PhysicsThesis: Optimal Control of the Two-Dimensional Vlasov-Maxwell-System
-  10/2011–09/2014 Bachelor of ScienceUniversity of BayreuthMathematics, secondary subject PhysicsThesis: Perronsche Methode und Greensche Funktionen
Grants
-  2025–2027 
-  2023 Localised pure-gravity water wavesThe Fund of the Walter Gyllenberg FoundationRoyal Physiographic Society of Lund46,000 SEK
-  2022 Various travel fundingsWorkshop on spatial dynamics and related approaches, University of Stuttgart; When Kinetic Theory meets Fluid Mechanics, ETH Zürich; Conference on Mathematics of Wave Phenomena, Karlsruhe Institute of Technologyca. 2,000 EUR
Awards
-  2023
-  2023Seal of ExcellenceEuropean Commissionfor a high-quality project proposal submitted under the call for Marie Skłodowska-Curie Actions Postdoctoral Fellowships 2022
-  2017Nominated for the Teaching Award of the Faculty of Mathematics, Physics & Computer SciencesFaculty of Mathematics, Physics & Computer Sciences, University of Bayreuth
Skills
| Mathematical skills | |
| nonlinear PDEs | |
| kinetic theory | |
| fluid mechanics | |
| solution theory of PDEs | |
| optimal control of PDEs | |
| bifurcation methods | 
| Computer skills | |
| C++ | |
| HTML | |
| LaTeX | |
| Maple | |
| Mathematica | |
| Matlab | |
| Office | 
Languages
| German | |
| native | 
| English | |
| fluent | 
| Swedish | |
| intermediate | 
Interests
| Oceanic fluid mechanics | |
| steady water waves modelled by full Euler equations | |
| two-dimensional and axisymmetric waves with general vorticity | |
| structural properties of water waves | |
| geophysical water waves | 
| Atmospheric fluid mechanics | |
| mountain waves | |
| structures like the polar vortex | 
| Kinetic theory | |
| analysis of Vlasov–Poisson, Vlasov–Maxwell | |
| optimal control problems in plasma physics | |
| construction and stability of confined stationary plasmas |