All Seminars & Colloquia

Graduate Student Seminar

Thursday, 3/10/2016, 8:00pm - 11:59pm

TitleNumerical Minimizer of a Free Energy in Binary System

Speaker: Jiajun Lu

Graduate Student Seminar

Thursday, 3/10/2016, 8:00pm - 11:59pm

TitleNumerical Minimizer of a Free Energy in Binary System

Speaker: Jiajun Lu

Topology Seminar

Wednesday, 3/9/2016, 11:00pm - Thursday, 3/10/2016, 11:59pm

Speaker: Marithania Silvero Casanova (Universidad de Sevilla, Spain)
 
Title: On extreme Khovanov homology and its Geometric Realization

Special Colloquium

Tuesday, 3/8/2016, 8:45pm - 11:59pm

Speaker: Qing Han (Notre Dame)

Title: Isometric Embedding of 2-Dim Riemannian Manifolds in Euclidean 3-Space

Abstract: It is a classical problem to study whether any 2-dimensional Riemannian manifolds admit isometric embedding in the 3-dimensional Euclidean space. There are two versions of this problem, the local
version and the global version. The local version was presented by Schlaefli in 1973 and is still open. In this talk, we review both versions of the problem and present some recent results.

Colloquium

Friday, 3/4/2016, 6:00pm - 11:59pm

Speaker: Nikita Alekseev (GWU)

Graduate Student Seminar

Thursday, 3/3/2016, 8:00pm - 11:59pm

Title:  POLITICS IS FOR PRESENT, BUT AN EQUATION IS FOR ETERNITY. (ALBERT EINSTEIN)

Speaker: Anudeep Kumar

Analysis Seminar-Complexity, periodicity, and applications to zero entropy symbolic dynamics

Thursday, 3/3/2016, 7:00pm - 11:59pm

Speaker:  Van Cyr, Bucknell University

Date: Thursday, March 3 at 2:00 PM

Where: Room 771

Title:  Complexity, periodicity, and applications to zero entropy symbolic dynamics 

Analysis Seminar

Thursday, 3/3/2016, 7:00pm - 11:59pm

Speaker:  Van Cyr, Bucknell University

Title:  Complexity, periodicity, and applications to zero entropy symbolic dynamics 

Colloquium

Friday, 2/26/2016, 6:00pm - 11:59pm

Speaker: Roman Sznajder (Bowie State)
 

Graduate Student Seminar

Thursday, 2/25/2016, 8:00pm - 11:59pm

Title: Finding the maximum genus of a graph – Topic in Topological graph theory