Microlocal analysis is an extremely active contemporary research topic. Although initially developed as a tool to solve linear partial differential equations, its influence is increasingly felt in a diverse range of fields, as illustrated for example by Hintz and Vasy’s recent proof of global nonlinear stability of the Kerr-de Sitter family of spacetimes in general relativity, or the recent applications of microlocal analysis to dynamical systems, led by advances due to Faure, Tsujii, Dyatlov, Zworski, and many others.
This workshop will bring together many of the leading international players to present the latest developments, and aims to provide the best possible environment for participants to plan new collaborations and new research directions.
- Baskin.pdf (PDF, 188 KB)
- Christiansen.pdf (PDF, 203 KB)
- Faure.pdf (PDF, 1.72 MB)
- Fermanian.pdf (PDF, 357 KB)
- Hari.pdf (PDF, 1.48 MB)
- Hintz.pdf (PDF, 269 KB)
- Leautaud.pdf (PDF, 396 KB)
- Krupchyk.pdf (PDF, 569 KB)
- Tacy.pdf (PDF, 688 KB)
- Vasy.pdf (PDF, 575 KB)
Call for submissions
Submissions now closed.
Graduate minicourse in Microlocal Analysis
This event is sponsored by the Australian Mathematical Sciences Institute (AMSI). AMSI allocates a travel allowance annually to each of its member universities (for list of members, see http://amsi.org.au/membership/members/). Students or early career researchers from AMSI member universities without access to a suitable research grant or other source of funding may apply to the Head of Mathematical Sciences for subsidy of travel and accommodation out of the departmental travel allowance.
For more information about AMSI travel funding.