Difference between revisions of "PDE Geometric Analysis seminar"

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= PDE and Geometric Analysis Seminar=
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= PDE and Geometric Analysis Seminar - Fall 2010=
 
 
== Fall 2010 ==
 
  
 
The seminar will be held  in room B115 of Van Vleck Hall on Mondays from 3:30pm - 4:30pm
 
The seminar will be held  in room B115 of Van Vleck Hall on Mondays from 3:30pm - 4:30pm
  
=== Seminar Schedule ===
+
== Seminar Schedule ==
 
{| cellpadding="8"
 
{| cellpadding="8"
 
!align="left" | date
 
!align="left" | date
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|sept 13
 
|sept 13
 
|Fausto Ferrari (Bologna)
 
|Fausto Ferrari (Bologna)
|''Semilinear PDE's and some symmetry properties of  stable solutions''
+
|[[#Fausto Ferrari (Bologna)|''Semilinear PDE's and some symmetry properties of  stable solutions'']]
 
|Feldman
 
|Feldman
 
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|-
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|-
 
|}
 
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=== Abstracts ===
+
== Abstracts ==
Fausto Ferrari (Bologna)
+
===Fausto Ferrari (Bologna)===
 
''Semilinear PDE's and some symmetry properties of  stable solutions''
 
''Semilinear PDE's and some symmetry properties of  stable solutions''
 +
 
I will deal with stable solutions of semilinear elliptic PDE's  
 
I will deal with stable solutions of semilinear elliptic PDE's  
 
and some of their symmetry's properties. Moreover, I will introduce some weighted Poincaré inequalities obtained by combining the notion of stable solution with the  
 
and some of their symmetry's properties. Moreover, I will introduce some weighted Poincaré inequalities obtained by combining the notion of stable solution with the  
 
definition of  weak solution.
 
definition of  weak solution.

Revision as of 21:50, 25 August 2010

PDE and Geometric Analysis Seminar - Fall 2010

The seminar will be held in room B115 of Van Vleck Hall on Mondays from 3:30pm - 4:30pm

Seminar Schedule

date speaker title host(s)
sept 13 Fausto Ferrari (Bologna) Semilinear PDE's and some symmetry properties of stable solutions Feldman
sept 20 G.F.Bernhard Riemann (Berlin University) The Dirichlet Principle unknown
sept 27 L.Euler (St.Petersburg) A formula for [math]\displaystyle{ \tfrac{1}{1^2}+\tfrac{1}{2^2}+\tfrac{1}{3^2}+\cdots }[/math] unknown
nov. 8 Maria Gualdani (UT Austin) TBA Feldman

Abstracts

Fausto Ferrari (Bologna)

Semilinear PDE's and some symmetry properties of stable solutions

I will deal with stable solutions of semilinear elliptic PDE's and some of their symmetry's properties. Moreover, I will introduce some weighted Poincaré inequalities obtained by combining the notion of stable solution with the definition of weak solution.