PDE Geometric Analysis seminar: Difference between revisions
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= PDE and Geometric Analysis Seminar | = 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 | The seminar will be held in room B115 of Van Vleck Hall on Mondays from 3:30pm - 4:30pm | ||
== 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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=== | == 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 02:50, 26 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.