Research Interests
Functional Analysis and Partial Differential Equations
- Vector-valued functions and problems
- Sobolespaces
- Geometry of Banachspaces
- Potential theory
Dr. Marcel Kreuter
From May 2015 until October 2018 I was a Ph.D. student at the Institute of Applied Analysis. Prior I obtained my Master's Degree in Mathematics from the University of Wisconsin Milwaukee in 2014 and my Master's Degree in Mathematik from the Ulm University in 2015.
My studies were endorsed by a Fellowship according to the LGFG. Further I was working for the Study commission mathematical study programmes.
- Winter term 2018/19: Lecturer for the Trainingscamp
- Winter term 2015/16 until Summer term 2018: Contact person for the Trainingscamp.
- Summer term 2015: Tutor for the course Analysis 2
- Winter term 2014/15: Tutor for the course Analysis 1
- Summer term 2014: Tutor for the Trainingscamp
- Spring 2014: Teaching Assistant for Math 105 - Intermediate Algebra at the University of Wisconsin Milwaukee
- Fall 2013: Teaching Assistant for Math 105 - Intermediate Algebra at the University of Wisconsin Milwaukee
- Summer term 2013: Tutor for the course Analysis 2
- Summer term 2012: Tutor for the course Linear Algebra 2
- Winter term 2011/12: Tutor for the course Linear Algebra 1
- Summer term 2011: Tutor für the WiMa-Praktikum 1
- Mapping theorems for Sobolev-spaces of vector-valued functions (with W. Arendt), Studia Math. 240 (2018), no. 3, 275-299 (PDF online-first, arXiv)
- The Perron Solution for Vector-Valued Equations, submitted (2018), (arXiv)
- Sobolev Spaces of Vector-Valued Functions, Master of Science in Mathematik, Ulm University, April 2015
- The Pekeris Method for Lithium: Possibilities and Obstructions, Master of Science in Mathematics, University of Wisconsin Milwaukee, May 2014
- Das Inhaltsproblem, Bachelor of Science in Wirtschaftsmathematik, Ulm University, September 2012
- "Mapping theorems for Sobolev spaces of vector-valued functions" talk at the 28th IWOTA on 14.08.2017 in Chemnitz (Germany)
You can contact me via my alumni address
