PDE Geometric Analysis seminar: Difference between revisions
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| Sigurd Angenent (UW) | | Sigurd Angenent (UW) | ||
|[[#Sigurd Angenent | Ancient convex solutions to Mean Curvature Flow]] | |[[#Sigurd Angenent | Ancient convex solutions to Mean Curvature Flow]] | ||
| | | Kim & Tran | ||
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|January 30 | |January 30 | ||
| Serguei Denissov (UW) | | Serguei Denissov (UW) | ||
|[[#Serguei Denissov | ]] | |[[#Serguei Denissov | Instability in 2D Euler equation of incompressible inviscid fluid]] | ||
| | | Kim & Tran | ||
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| Bing Wang (UW) | | Bing Wang (UW) | ||
|[[#Bing Wang | ]] | |[[#Bing Wang | ]] | ||
| | | Kim & Tran | ||
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Revision as of 00:12, 24 January 2017
The seminar will be held in room 901 of Van Vleck Hall on Mondays from 3:30pm - 4:30pm, unless indicated otherwise.
Previous PDE/GA seminars
Tentative schedule for Fall 2017
PDE GA Seminar Schedule Spring 2017
| date | speaker | title | host(s) |
|---|---|---|---|
| January 23 Special time and location: 3-3:50pm, B325 Van Vleck |
Sigurd Angenent (UW) | Ancient convex solutions to Mean Curvature Flow | Kim & Tran |
| January 30 | Serguei Denissov (UW) | Instability in 2D Euler equation of incompressible inviscid fluid | Kim & Tran |
| February 6 | Benoit Perthame (University of Paris VI) | Wasow lecture | |
| February 13 | Bing Wang (UW) | Kim & Tran | |
| February 20 | Hans-Joachim Hein (Fordham) | Viaclovsky | |
| February 27 | Ben Seeger (University of Chicago) | Tran | |
| March 7 - Applied math/PDE/Analysis seminar | Roger Temam (Indiana University) | Mathematics Department Distinguished Lecture | |
| March 8 - Applied math/PDE/Analysis seminar | Roger Temam (Indiana University) | Mathematics Department Distinguished Lecture | |
| March 13 | Sona Akopian (UT-Austin) | Kim | |
| March 27 | Sylvia Serfaty (Courant) | Tran | |
| March 29 | Sylvia Serfaty (Courant) | Wasow lecture | |
| April 3 | Zhenfu Wang (Maryland) | Kim | |
| April 10 | Andrei Tarfulea (Chicago) | Baer | |
| May 1st | Jeffrey Streets (UC-Irvine) | Bing Wang |
Abstracts
Sigurd Angenent
The Huisken-Hamilton-Gage theorem on compact convex solutions to MCF shows that in forward time all solutions do the same thing, namely, they shrink to a point and become round as they do so. Even though MCF is ill-posed in backward time there do exist solutions that are defined for all t<0 , and one can try to classify all such “Ancient Solutions.” In doing so one finds that there is interesting dynamics associated to ancient solutions. I will discuss what is currently known about these solutions. Some of the talk is based on joint work with Sesum and Daskalopoulos.