Simon Schmidt
Research Interests
I am interested in quantum information theory, quantum cryptography and quantum groups. More precisely, I work on self-testing and its applications in quantum cryptography. Furthermore, I work on the isomorphism game and quantum automorphism groups of finite graphs.
Publications and preprints
- Polytope compatibility – from quantum measurements to magic squares
Andreas Bluhm, Ion Nechita, S. Schmidt
arXiv:2304.10920
- Counterexamples in self-testing
Laura Mančinska, S. Schmidt
Quantum 7, 1051 (2023)
- Quantum isomorphic strongly regular graphs from the E8 root system
S. Schmidt
accepted in Algebraic Combinatorics
- Solution group representations as quantum symmetries of graphs
David Roberson, S. Schmidt
Journal of the London Mathematical Society (2022)
- Existence of Quantum Symmetries for Graphs on Up to Seven Vertices: A Computer based Approach
Viktor Levandovskyy, Christian Eder, Andreas Steenpass, S. Schmidt, Julien Schanz, Moritz Weber
ISSAC ‘22: Proceedings of the 2022 International Symposium on Symbolic and Algebraic Computation
- Sinkhorn algorithm for quantum permutation groups
Ion Nechita, S. Schmidt, Moritz Weber
Experimental Mathematics (2021)
- Quantum symmetry vs nonlocal symmetry
David Roberson, S. Schmidt
arXiv:2012.13328
- Almost all trees have quantum symmetry
Luca Junk, S. Schmidt, Moritz Weber
Archiv der Mathematik (2020)
- Quantum automorphisms of folded cube graphs
S. Schmidt
Annales de l’Institut Fourier (2020)
- On the quantum symmetry of distance-transitive graphs
S. Schmidt
Advances in Mathematics (2020)
- Quantum symmetries of graph C*-algebras
S. Schmidt, Moritz Weber
Canadian Mathematical Bulletin (2018)
- The Petersen graph has no quantum symmetry
S. Schmidt
Bulletin of the London Mathematical Society (2018)
Awards
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