Functional Analysis, Higher Categories and Quantum Field Theory

A combination of functional analysis with higher categories is essential for the mathematical understanding of quantum field theory, which is based on the fundamental principles of unitarity and locality. Locality is deeply tied to higher categorical structures, as is most explicit in the Atiyah-Segal approach to QFT through representations of the cobordism categories. On the other hand, the mathematical language of quantum mechanics and quantum field theory is functional analysis. 
This workshop brings together leading researchers--- from fields as disparate as analysis, higher categories, and rigorous QFT ---to arrive at a more complete theory.

Coming soon.

Organizers

Name Affiliation
Nils Carqueville University of Vienna
Lukas Müller Perimeter Institute, Waterloo
Claudia Scheimbauer Technical University of Munich
Luuk Stehouwer Durham University

Attendees

Name Affiliation
Jennifer Brown University of Hamburg
Severin Bunk University of Herfordshire
Ulrich Bunke Universität Regensburg
Domenico Fiorenza La Sapienza University of Rome
Thomas Nikolaus University of Münster
Nivedita Nivedita Perimeter Institute, Waterloo
Viktoriya Ozornova Max Planck Institute for Mathematics, Bonn
Rhiannon Savage University College London
Alexander Schenkel University of Trento
Urs Schreiber New York University Abu Dhabi
Christoph Schweigert University of Hamburg
Pelle Steffens Max Planck Institute for Mathematics, Bonn
Matthew Yu Institute for Advanced Study, Princeton
At a glance
Type:
Workshop
When:
Jan. 11, 2027 — Jan. 15, 2027
Where:
ESI Boltzmann Lecture Hall
Organizer(s):
Nils Carqueville (U of Vienna)
Lukas Müller (Perimeter Institute, Waterloo)
Claudia Scheimbauer (TU Munich)
Luuk Stehouwer (Durham U)