Regular meeting time: Wednesday
1100
Place: Manchester building, Room 209
2013-2014 Lectures
Date
|
Speaker | Title and Abstract |
October 8 Special time: 1400 |
Franziska Schroeter Universität des Saarlandes |
Broccoli curves and refined broccoli invariants |
October 23 |
Anton Izosimov Moscow State University |
Algebraic geometry and stability for integrable systems |
November 27 |
Vladimir Vershinin Université Montpellier-II |
The group of surface Brunnian Braids |
December 11 |
Oren Ben-Bassat University of Oxford/University of Haifa |
Analytic geometry as relative algebraic geometry |
December 18 |
Yanir Rubinstein University of Maryland |
The log zoo |
December 25 |
Yochay Jerby Tel Aviv University |
Exceptional collections and monodromies of Landau-Ginzburg equations |
January 1 |
Marina Ville Université François Rabelais |
Examples of minimal submanifolds in compact Lie groups |
February 19 |
Alexandr Buryak ETH Zurich |
Equivalence of the KdV and Virasoro type descriptions of the intersection numbers on the moduli space of Riemann surfaces with boundary |
February 26-28 |
Dimitri Zvonkine Institut de Mathématiques de Jussieu |
Workshop on tautological relations |
March 26 |
Boris Hanin Northwestern University |
Universal Scaling Limit for High Frequency Spectral Projections of the Laplacian on a Compact Riemannian Manifold |
April 2 |
Jonathan Block University of Pennsylvania |
Categories of modules in generalized geometry |
April 30 |
Sheel Ganatra Stanford University |
Fukaya categories and Hochschild (co)homology |
May 7 |
Egor Shelukhin Hebrew University |
On Rabinowitz Floer homology and translated points |
May 28 |
Egor Shelukhin Hebrew University |
On Rabinowitz Floer homology and translated points II |
June 11 |
Yasha Savelyev ICMAT, Madrid |
Global Fukaya category |
June 22-27 |
|
Mirror Symmetry Week |
July 16 Special place: Rothberg B410 |
Misha Verbitsky HSE, Moscow |
Ergodic complex structures |
July 23 Special place: Rothberg B210 |
Gal Binyamini University of Toronto |
Multiplicity estimates: a topological approach |