Spectral and Scattering Theory - MAQM

This event is part of the thematic semester Mathematical Aspects of Quantum Mechanics. 

The conference will start on Monday, June 24, at 2 p.m. and finish on Friday, June 28, at 12h30 p.m.

All the talks will take place in building 1R3 at the Université Paul Sabatier (see the map).

Speakers:

• Gregory Berkolaiko (Texas University): Duistermaat index and eigenvalue interlacing for perturbations in boundary conditions
• Sabine Boegli (Durham University): On the discrete eigenvalues of Schrödinger operators with complex potentials
• Vincent Bruneau (Université de Bordeaux): Can one hear an obstacle subject to a constant magnetic field
• Maxence Cassier (Institut Fresnel, Marseille): High contrast elliptic operators in honeycomb structures
• Rayan Fahs (Université Toulouse III)
• Borbala Gerhat (Czech Technical University in Prague): Energy decay for strongly damped wave equations
• Dietrich Häfner (Université Grenoble Alpes): The Unruh state for massless fermions on Kerr spacetime and its Hadamard property
• Bernard Helffer (Nantes Université): Tunneling in radial potential wells and constant magnetic field
• Maxime Ingremeau (Université Côte d'Azur): Scattering resonances of large quantum graphs
• Joachim Kerner (FernUniversität in Hagen): Spectral comparison results on quantum graphs
• Jean Lagacé (King's College London): Spectral decomposition on the space of flat surfaces: Laplacians and Siegel—Veech Transforms
• Stefan Le Coz (Université Toulouse III): Blow-up on a star-graph
• Haruya Mizutani (Osaka University): Uniform resolvent estimates for a few non-elliptic operators
• Alexander Pushnitski (King's College London): Hankel operators with band spectra and elliptic functions
• Constanza Rojas-Molina (CY Cergy Paris Université)
• Petr Siegl (TU Graz): Resolvent estimates for one-dimensional Dirac operators with imaginary potentials
• Gregor Tanner (University of Nottingham): A quantum graph approach to metamaterial design
• Joseph Viola (Nantes Université): Some applications of the (complexified) metaplectic group to Schrödinger evolutions with non-self-adjoint operators
• Brian Winn (Loughborough University): Quantum ergodicity for large quantum graphs

Schedule - Abstracts

Poster