2009 Autumn Term Programme
(Unusual times and locations are highlighted in red)
Friday, 2 October,
Paris-London Analysis Seminar,
The London Mathematical Society, De Morgan House, 57-58 Russell Square, London WC1B 4HS
Thursday, 15 October, 3-5.30pm,
University College, Room 706
- 3pm Ilya Spitkovsky (College of William & Mary) The current state of the almost periodic factorization problem
(ES)
- 4.30pm Nicholas Michalowski (University of Edinburgh) Quasilinear Schroedinger Equations
(ES)
Thursday, 29 October, 3-5.30pm,
University College, Room 706
- 3pm Matti Lassas (University of Helsinki) Invisibility cloaking and degenerate elliptic equations,
abstract (YK)
- 4.30pm Walter Craig (McMaster University) How big is a Navier-Stokes singularity ?
(BD)
Thursday, 26 November, 3-5.30pm,
University College, Room 706
- 3pm Vladimir Maz'ya (University of Liverpool, Linkoping University)
Mixed boundary value problems for the Navier-Stokes system in polyhedral domains
abstract (YS)
- 4.30pm Francis Nier (Universite Rennes 1) RTD12: An alternative approach to the adiabatic evolution of 1D shape resonances
abstract (KPS)
Thursday, 3 December, 3-5.30pm,
University College, Room 706
- 3pm Sergei Naboko (St. Petersburg State University) Mobility edges for Hermitian Jacobi Operators and the generalized eigenvectors decay
(BD)
- 4.30pm Thierry Paul (Ecole Normale Superieure) Non-classical dynamics for the long time semiclassical limit
(AL)
Friday, 4 December,
Paris-London Analysis Seminar,
Institut Henri Poincare, Paris
Tuesday-Wednesday 8-9 December 2009,
Brian Davies 65th birthday conference ,
King's College
Thursday, 10 December, 3-5.30pm,
University College, Room 706, Special Session
- 3pm Lyonell Boulton (Heriot-Watt University) Weyl-type theorems for limit sets of finite section spectra
- 4.30pm Gerassimos Barbatis (University of Athens) Spectral stability estimates for variable domains
Thursday, 17 December, 3.30-4.30pm,
Imperial College , Room 139 (joint session of the London Analysis Seminar and Imperial Analysis Seminar at
Imperial College)
- Waldemar Hebisch (Institute of Mathematics, Wroclaw University)