Schaumann Gregor Dr.
Postdoc
Dr. Schaumann Gregor
- Mathematical Physics: Interpretations and conceptual Questions
- Topological Field Theories and Higher Categories
- Tensor Categories and Representations
My projects are concerned with the interplay of algebra and geometry in the areas of quantum algebra, low-dimensional topology and (higher) category theory.
In particular, I am interested in the interdisciplinary area of topological field theories (TFT) and the manifold invariants that arise from such theories.
- Supervision in Würzburg: Bachelor theses, Master theses, PhD theses
- Teaching in Würzburg
- Previous teaching: Introduction to knot theory (University of Vienna, summer term 16)
- Nils Carqueville, Ingo Runkel, Gregor Schaumann: Orbifolds of Reshetikhin-Turaev TQFTs.
Preprint arXiv:1809.01483 (2018), 50 pages
[Abstract] [PDF] - N. Carqueville, I. Runkel, G.S.: Line and surface defects in Reshetikhin-Turaev TQFT.
arXiv:1710.10214, 2017
[Abstract] [PDF] - N. Carqueville, I. Runkel, G.S.: Orbifolds of n-dimensional defect TQFTs.
arXiv: 1705.06085, 2017.
[Abstract] [PDF] - J. Fuchs, C. Schweigert, G.S.: Eilenberg-Watts calculus for finite categories and a bimodule Radford S-4 theorem.
arXiv:1612.04561, 2016.
[Abstract] [PDF] - N. Carqueville, C. Meusburger, G.S.: 3-dimensional defect TQFTs and their tricategories.
arXiv:1603.01171, 2016.
[Abstract] [PDF] - J. Barrett, C. Meusburger, G.S.: Gray categories with duals and their diagrams.
arXiv:1211.0529, 2012
[Abstract] [PDF]
- J., Fuchs, T. Gannon, G.S., C. Schweigert: The logarithmic Cardy case: Boundary states and annuli.
Nuclear Physics B 930 (2018): 287-327. - J. Fuchs, C. Schweigert, G.S.: A trace for bimodule categories.
Applied Categorical Structures, online first, DOI 10.1007/s10485– 016–9425–3, 2016. - G.S.: Pivotal tricategories and a categorification of inner-product modules.
Algebras and Representation Theory 18(6):1407–1479, 2015. - G.S.: Traces on module categories over fusion categories.
J. Algebra 379, 382–425, 2013. - S. Jansen, N. Neumaier, G.S., S. Waldmann.: Classification of invariant star products up to equivariant Morita equivalence on symplectic manifolds.
Letters in Mathematical Physics, 100 (203-236), 2012.