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Symplectic Geometry and Physics

IPAM Spring 2003

March 17 - June 13, 2003

Invited Participants

Scientific Committee

Valentin Afraimovich (Mexico)
Denis Auroux (Ecole Polytechnique)
Fedor Bogomolov (CIM NYU)
Simon Donaldson (Imperial College)
Ludmil Katzarkov (UCI)
Maxim Kontsevich (IHES)
Gang Liu (UCLA)
Tony Pantev (UPenn)
George Zaslavsky (NYU)

Program Schedule

Scientific Overview

Symplectic geometry originated as a mathematical outgrowth of Hamiltonian mechanics and dynamical systems and their applications to the theory of elementary particles, oceanographic and atmospheric sciences, condensed matter, accelerator and plasma physics and other disciplines at the classical and quantum levels. Ideally, a good mathematical model for the very complex systems listed above should describe the global information regarding the phase structure by means of relevant parameters rather than describing the existence of a specific solution of the equations of motion. A suitable mathematical framework, reflecting the complexity of these real world problems was pioneered in the works of Arnold, Gromov, Zehnder (and the whole Bochum school) and Eliashberg.

This program aims to revitalize the connection of mathematics to Hamiltonian mechanics and dynamical systems and to their applications in the theory of elementary particles, oceanographic and atmospheric sciences, condensed matter, accelerator and plasma physics and other disciplines at both the classical and quantum levels. Some particular questions of current interest that we hope to discuss are: 

1) Define new stronger invariants in symplectic and contact geometry using monodromy actions. 

2) Achieve a better understanding of the structure of Lagrangian submanifolds and using it in order to study chaotic kinetics. 

3) Understand the structure of Fukaya category and its applications to mirror symmetry. 

4) Use the filtration theory of Fukaya category.

5) Phase space topology of the chaotic Hamiltonian dynamics and its connection to the particle kinetics and transport. Application will be considered to the resonances, dynamical invariants, intermittency in the areas of particle advection, underwater acoustics, atom-photon interaction, ploasma physics, and others.

Application

We are no longer accepting applications for financial support to the SGP long program. You may still register or apply for financial support for the individual workshops. Please go to the appropriate workshop links.


Orientation Day

March 17, 2003


Culminating Workshop at Lake Arrowhead

June 8 - 13, 2003

This workshop will include resident participants at the junior and senior levels and will explore new directions and approaches of research in the fields discussed throughout the program. At this final event of the program the focus is on interactions between the junior and senior participants and developing future directions for collaborations. The conference will be held at Lake Arrowhead Conference Center, a mountain resort facility owned by UCLA ideally designed to such purposes. Attendance at this conference is limited to invited participants.


Contact Us:

Institute for Pure and Applied Mathematics (IPAM)
Attn: SGP2003
460 Portola Plaza
Los Angeles CA 90095-7121
Phone: 310 825-4755
Fax: 310 825-4756
Email: ipam@ucla.edu
Website: http://www.ipam.ucla.edu/programs/sgp2003/


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