D-bundles and Integrable Hierarchies
Workshop

May 14 - 16, 2007

University of Michigan
Ann Arbor, Michigan

Outside Participants

RESOURCES:

What do water waves have to do with algebraic geometry? (by Peter Miller)

Photos 

Ann Arbor

University of Michigan

Mathematics Department

Airport shuttle number:

734-394-1665

(reserve 24h in advance)

 

 


Organizer
Renzo Cavalieri

 

For website problems, contact webmaster

 

 

 

 

We will spend a few days learning recent work of Thomas Nevins and David Ben-Zvi: D-bundles and integrable hyerarchies.

This work explores a connection between non-commutative geometry and classical integrable hierarchies. The geometry of D-bundles on cubic curves is shown to be naturally related - in two different ways - to the KP (Kadomtsev-Petviashvili, a generalization of the more familiar KdV) and CM (Calogero-Moser) hierarchies. This provides a conceptual explanation for the observed phenomenon that the poles of solutions of the KP hierarchy move according to CM particle systems.

Besides providing an interesting bridge between different areas of mathematics, this work develops and brings toghether many constructions of great interest to algebraic geometers (Fourier-Mukai transform, Sato (and adelic) Grassmannian, Hilbert scheme of points on a non-commutative surface just to mention a few key-words).

A survey is presented in the paper From Solitons to Many-Body Systems.

A detailed schedule of the talks will appear on this webpage as details develop.

We intend this workshop as an occasion to bring toghether people from various areas of algebraic geometry (and mathematics in general). For this reason, the assumed background will be minimal. In the spirit of a "learning-seminar", most of the talks will be given by non-experts. David Ben-Zvi and Thomas Nevins have kindly agreed to help facilitate the workshop, providing expert guidance and a broader perspective.

The first talks will be accessible to graduate students in algebraic geometry and related fields.

In addition to the lectures there will be more informal time for discussion with the authors of the paper, Q&A's, brainstorming, and development of possible projects for future study.

CONFIRMED SPEAKERS:

FROM

TENTATIVE TALK TITLE

Marco Aldi

Northwestern

 KP hierarchy and Witten’s conjecture

Oren Ben Bassat

Columbia

The geometry of Calogero-Moser systems

David Ben-Zvi

U. Texas

Putting it all together

Renzo Cavalieri

U. Mich

D-bunldes and integrable hyerarchies: an aerial picture.

Parker Lowrey

U. Texas

An introduction to D-modules

Peter Miller

U. Mich.

What do water waves have to do with algebraic geometry?

 

SLIDES OF THE TALK

 

Mircea Mustata

U. Mich.

Fourier-Mukai transform for cubic curves;

Thomas Nevins

UIUC

Putting it all together

Nick Proudfoot

Columbia

Introduction to CM systems.

David Speyer

U.Mich./Clay

The Sato Grassmannian and Krichever Data

Toby Stafford

U. Mich.

Torsion free sheaves on a noncommutative ruled surface...

SCHEDULE

ALL TALKS WILL BE IN EH 4088 ( 4th FLOOR, MAKE A LEFT OUT OF THE ELEVATOR )

( BREAKFAST AND MUNCHIES IN THE MATH LOUNGE ON THE 2nd FLOOR )

Carolyn and Toby Stafford are inviting us to a workshop party on Tuesday evening! Details and directions will appear on this page.

Day

Time

Speaker or Event

May 14th

 

  • 9:00 am
  • 10:00 -11:00 am
  • 11:30 - 12:30 pm
  • 2:30 - 3:30 pm
  • 4:00 - 5:00 pm
  • 6:30pm

 

 

  • Coffee and munchies
  • Renzo Cavalieri
  • Peter Miller
  • Parker Lowrey
  • Nick Proudfoot
  • Workshop dinner

May 15th

  • 9:00 am
  • 9:30 - 10:30 am
  • 11:00 - 12:00 pm
  • 12:00 - 1:00 pm
  • 2:30 - 3:30 pm
  • 4:00 - 5:00 pm
  • 6:30 - wee hours

 

 

  • Coffee and munchies
  • Toby Stafford
  • Oren Ben-Bassat
  • Mircea Mustata
  • Marco Aldi
  • David Speyer
  • Party !!!

May 16

 

(David and Tom’s day)

  • 9:00 am
  • 9:30 - 10:30 am
  • 11:00 - 12:00 pm
  • 12:00 - 1:00 pm
  • 2:30 - 3:30 pm

 

  • Coffee and munchies
  • Tom and/or David I
  • Tom and/or David II
  • Tom and/or David III
  • Tom and/or David IV

 

Some funding may be available for outside participants, through the department's NSF RTG grant. Contact Renzo Cavalieri for information.

 


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