Suggested Readings and Resources
About the Participants
 Research Statements of Participants (updated periodically)
PreConference Reading (Strongly Suggested!)
 What is... the Inverse Scattering Transform by Peter Miller
Open Problems
 Here is a list of open problems from Saturday's Discussion
 Here is a list of the PDE problems with some additional annotations
 Here is Ozawa's paper with the example of a blowing up solution to the Davey Stewartson equation, and Perry's notes on how it might be analyzed in the completely integrable, focussing case
Lecture Notes for Conference Lectures
 Introduction to the Function Theory and Analysis of dBar problems and other Elliptic Equations, by Kari Astala
Lecture 1
Lecture 2
 Introduction to Random Matrix Theory by Ken McLaughlin
Lecture 1
Lecture 2
 Lectures on Semiclassical Analysis by Peter Miller:
Lecture 1
Lecture 2
 A Functional Analyst Looks at Inverse Scattering by Peter Perry
Lecture 1 (revised and corrected)
Lecture 2
 Integrable Systems and Soliton Equations in 2+1 Dimensions by Paolo Santini

PDE Methods Versus Completely Integrable Methods for Dispersive Nonlinear Waves by JeanClaude Saut

Lecture Notes on Numerical Methods for DBar Problems by Jennifer Mueller and Andreas Stahel
Lecture Notes from Workshop Talks
The KP II on the Half Plane by Dionyssis Mantzavinos
Other Lecture Notes
 Asymptotic Models for Surface and Internal Waves by J.C. Saut
 The Semiclassical DS II Equation by Peter Miller
Doctoral Dissertations
 Solitons and largetime asymptotics for solutions of the NovikovVeselov equation by Anna Kazeykina
 Numerical study of nonlinear dispersive partial differential equations by Kristelle Roidot
 Electrical Impedance Tomography and Faddeev Green's Functions by Samuli Siltanen