12.01.2013 Views

3. Postdoctoral Program - MSRI

3. Postdoctoral Program - MSRI

3. Postdoctoral Program - MSRI

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

POSTDOCTORAL FELLOW REPORT<br />

June 2010<br />

-------- Original Message --------<br />

Subject: <strong>MSRI</strong> NSF postdoc yearly report<br />

Date: Tue, 1 Jun 2010 10:41:51 -0400<br />

From: Abraham Smith <br />

To: Niky Kamran , hbarcelo@msri.org<br />

This is my report of academic activities as an <strong>MSRI</strong> NSF All-Institutes postdoctoral<br />

fellow for the 2009--2010 academic year.<br />

From August to December 2009, my main activity was to continue my project on the<br />

geometry of hydrodynamic PDEs in 3 variables, producing the paper ``Integrable GL(2)<br />

Geometry and Hydrodynamic Partial Differential Equations'' arXiv:0912.2789. In<br />

September, I gave a talk on this paper at the CIRGET Geometry and Topology Seminar<br />

at UQàM. In January 2010, this paper was submitted to Communications in Analysis and<br />

Geometry; as of June 1, I am still waiting for the referee's report.<br />

Since the submission of that paper, I have been working on a broad generalization of that<br />

theory to PDEs in any number of variables. This theory involves the development of a<br />

new geometric structure and the corresponding invariant theory. I expect this theory to<br />

allow characterization and classification of large families of integrable hyperbolic PDEs.<br />

The existing theories of integrable hyperbolic systems are usually limited to 2 (1 space +<br />

1 time) or 3 (2 space + 1 time), but my theory will yield results in the most physically<br />

appropriate case, 4 variables. Such PDEs frequently arise in fluid mechanics, general<br />

relativity, and various other wave equations, so this theory should have a broad impact on<br />

the understanding of many systems that are important to a variety of scientists and<br />

engineers.<br />

Progress on this project has been steady, and I am optimistic that this work will result in<br />

an article ready for submission around September, tentatively titled ``A Geometric<br />

Framework for Hydrodynamic Integrability.'' In April 2010, I presented an outline of this<br />

project in a special session at the AMS Sectional Meeting in St. Paul.<br />

Aside from my own research, I have attended many seminars in analysis and geometry<br />

and participated in weekly meetings with my mentor, Niky Kamran, and his other<br />

postdocs and graduate students. In December 2009, I attended the ``Careers in<br />

Academia'' workshop at AIM. During the Winter session, I gave two talks at McGill<br />

directed at graduate students and postdocs in geometry and analysis.<br />

Upcoming plans include the ``Differential Geometry and Application'' conference in<br />

Brno in August, a lecture at Texas A&M Univ in late October, and the Texas Geometry<br />

and Topology Conference in November. At all three events, I will continue discussions<br />

with potential collaborators, most notably Dennis The, who share interest in the<br />

geometric approach of partial differential equations. It is also likely that I will visit the

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!