Maximilian Duell


Maximilian Duell
Zentrum Mathematik, M5 Technische Universität München Boltzmannstrasse 3 85748 Garching


As of September 2019, I am at the LMU Munich.
My new webpage is at
http://www.math.lmu.de/~duell

Research Interests
 Scattering Theory
 Mathematical foundations of Quantum Field Theory, especially functionalanalytic and operatoralgebraic aspects
 Integrable models of QFT and the wedgelocal approach
 Scattering in presence of massless particles and infrared problems
 Quantitative results on nonlocality and antilocality properties of PDOs (the "ReehSchlieder effect")
Teaching
 Algebraic Quantum Field Theory (TA, SS2017)
 Höhere Mathematik II für BGU (Head TA, SS2014)
 Partial Differential Equations (Head TA, WS2014/15)
 further Tutor positions in Analysis, Linear Algebra and Theoretical Physics
Publications
 Strengthened ReehSchlieder Property and Construction of Scattering States in Quantum Field Theories without Mass Gap, CMP 352 (2017), pp. 935–966 [arXiv:1603.07512]
 NParticle Scattering in Relativistic WedgeLocal Quantum Field Theory [arXiv:1711.02569]
 Asymptotic Completeness in Massive Wedgelocal Quantum Field Theory (2019, in preparation)
Conferences and Talks
Organized Conferences and Workshops
Talks (selection)
 Scattering in QFT without Mass Gaps and Strengthened ReehSchlieder Condition (40th LQP Workshop ^{} "Foundations and Constructive Aspects of QFT", June 2017)
 Particle Interpretation of WedgeLocal Quantum Field Theories (39th LQP Workshop ^{} "Foundations and Constructive Aspects of QFT", January 2017)
 Scattering of atoms and nonlocality of the vacuum in QED (Conference "Infrared Problems in QED and Quantum Gravity" ^{}, Perimeter Institute, Waterloo, December 2016)
 MultiParticle Scattering in a Class of WedgeLocal Quantum Field Theories (Kolloquium GDK1493, GeorgAugustUniversität Göttingen, May 2016) (abstract ^{})
 DPGFrühjahrstagung Hamburg 2016 (contribution ^{})