|
Saturday November 3 |
| TIME |
SPEAKER |
TALK
TITLE |
7:30-8:00
|
Breakfast
in the math lounge
|
8:00-8:20
|
9. Tejinder Neelon
Cal. State Univ. San Marcos
|
Restrictions of formal power series and infinitely differentiable functions to algebraic surfaces
|
8:25-8:45
|
10.
Dan Volok
Kansas State University
|
Rational solutions of the Schlesinger system and related tau-functions
|
8:50-9:10
|
11. Ignacio Uriarte-Tuero
Univ. of Missouri, Columbia
|
Sharp non-removability examples for BMO and Hoelder quasiregular mappings
|
9:15-9:35
|
12. Chun-Yen Shen
Indiana university
|
An explicit sum product estimate in Fp
|
9:40-10:00
|
13. Matthew Wright
Univ. of Missouri, Columbia
|
Mixed boundary value problems for the Stokes system
|
| 10:00-10:20 |
Coffee
break |
10:20-10:40
|
14. Thomas Laurent
UCLA
|
Local existence, global existence, and blow-up for an aggregation equation
|
10:45-11:05
|
15. Lotfi Hermi
U. of Arizona
|
Improved universal Weyl-type bounds for eigenvalues of the Dirichlet Laplacian
|
11:10-11:30
|
16. Ray Treinen
Kansas State University
|
Numerical results for floating drops
|
11:35-11:55
|
17. Peiyong Wang
Wayne State University
|
The normalized infinity Laplacian
|
| 11:55-1:00 |
Lunch
provided by the Department of Mathematics |
1:00-1:20
|
18. Petronela Radu
U. of Nebraska, Lincoln
|
Decay rates for wave eqautions with linear damping and variable coefficients
|
1:25-1:45
|
19.Phuc Cong Nguyen
Purdue University
|
Quasilinear and Hessian equations with power source terms and rough data
|
1:50-2:10
|
20. Thomasz Adamowicz
Syracuse University
|
On the geometry of p-harmonics
|
2:15-3:15
|
Luis Caffarelli
University of Texas, Austin
|
Fully nonlinear equations with integral diffusions II
|
| 3:15-3:40 |
Tea
time |
3:40-4:40
|
Antoine Mellet
Univ. of Britisch Columbia
|
Hele-Shaw flows and obstacle problems: Application to random homogeneization
|
4:45-5:05
|
21. Aslihan Demirkaya
University of Kansas
|
Existence of global attractor for a periodic Kuramoto-Sivashinsky type equation in space dimension two
|
5:10-5:30
| 22. Lianwen Wang
Univ. of Central Missouri
| Optimal control of delay differential inclusions in infinite dimensional spaces
|
5:30 -
|
Discussion
- Open Problems |