About the Participants

• Research Statements of Participants (updated periodically)

Pre-Conference 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 d-Bar 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 Jean-Claude Saut

• Lecture Notes on Numerical Methods for D-Bar 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 large-time asymptotics for solutions of the Novikov-Veselov equation by Anna Kazeykina
• Numerical study of non-linear dispersive partial differential equations by Kristelle Roidot
• Electrical Impedance Tomography and Faddeev Green's Functions by Samuli Siltanen