Date |
Speaker and title |
January 10 |
Professor William
Minicozzi , MIT Singularities in Mean Curvature Flow
|
Thursday, January 16
lecture at 3pm refreshments at 2:30pm |
Professor Haim Brezis
, Rutgers, Technion, Paris VI
New approximations of the total variation and filters in Image Processing
|
January 17 |
Professor Michael Reed
, Duke University New Challenges for Mathematical Neuroscience
|
January 24 |
Professor Leon Glass
, McGill University Evolution and
robustness in genetic networks
|
January 31 |
Professor Antoine Mellet
, University of Maryland
Liquid droplets on a solid surface
|
February 7 |
Professor Alan Frieze
, Carnegie Mellon University
Random Structures and Algorithms
|
February 14 |
Professor Peter Monk
, University of Delaware
Time Domain Integral Equations for Computational Wave Propagation
|
February 21 |
Professor
Ricardo Nochetto , University of Maryland
Discrete Total Variation Flows
|
February 28 |
Professor
William Goldman , University of Maryland
3-Dimensional Affine Crystals
|
Wednesday, March 5 Special PDE Colloquium lecture
at 4:30pm |
Professor
Alain Miranville , University of Poitiers, France Some equations with logarithmic nonlinear terms |
March 7 |
Professor
Peter Lindqvist , Norwegian University of Science and Technology
A non-linear eigenvaule problem
|
March 14 |
Spring Break |
Monday, March 17 lecture at 4pm reception follows |
The Edmund
R. Michalik Distinguished Lecture Series in the Mathematical
Sciences
Professor
John Ball , Oxford University
Defects in Materials and their Mathematical Description
|
March 21 |
Professor
Thomas Saaty , Katz Graduate School of Business, University of Pittsburgh
The Analytic Hierarchy Process
|
March 28 |
Professor
Ravi Vakil , Stanford University
Cutting and pasting in algebraic geometry
|
April 4 |
Professor
Jeffrey F. Brock , Brown University
From `entopology' to morphology in hyperbolic geometry
|
April 11 |
Professor
Fraydoun Rezakhanlou , Berkeley University
Coagulation, Gelation and Smoluchowski Equation
|
April 18 |
Professor
Piotr Hajlasz , University of Pittsburgh
Geometric properties of the Heisenberg Groups
|