Colloquium Series
Held on Fridays at 3:00pm in Bell Hall 143, unless noted otherwise.
For more information about the Colloquium Series, please contact Dr. Emil Schwab, eschwab@utep.edu.
Back to Colloquium and Seminars
May 11, 2011
Note the unusual day: Wednesday, 2:00pm, Bell Hall 143
L’Université libre de Bruxelles
Maximum and antimaximum principles: beyond the first eigenvalue
April 29, 2011
April 15, 2011
Note the unusual time: Friday, 2:00pm, Bell Hall 143
April 8, 2011
Florida Atlantic University
Binary Black Holes: State of the Field and Numerical Challenges
April 1, 2011
March 31, 2011
Note the unusual day: Thursday, 3:00pm, Bell Hall 143
March 4, 2011
February 18, 2011
February 4, 2011
Montana State University
Technology and The Common Core State Standards for Mathematics: Some History and Some Concerns
January 21, 2011
Buenos Aires Institute of Technology
From Universal Algebra to Test Input Generation: An Application of Relational Methods to Computer Science
November 19, 2010
University of Texas at El Paso
Riesz Decomposition Property in finite-dimensional vector lattices
November 12, 2010
Note the unusual time: Friday, 2:00pm, Bell Hall 143
University of Texas - Pan American
Existence and Characterization Theorems for Internal and Fuzzy Differential Equations
November 11, 2010
Note the unusual day: Thursday, 3:00pm, Bell Hall 143
October 29, 2010
Note the unusual time: 2:00pm, Bell Hall 143
University of Texas Pan American
Observer-Based Boundary Feedback Stabilization of Shear Beam
October 15, 2010
October 8, 2010
Note the unusual time and place: 3:30pm, BioSciences 2.168
UTEP 2010 Gold Nugget Award recipient, BS Mathematics '63
An Education Without Limits
Dr. Diethelm presentation is a call to action for everyone in the academic community to encourage all children/youth to maximize their education. He also will discuss some notes on how the professional workplace depends on the academic knowledge and skills but demands totally different or unique application.
October 1, 2010
New Mexico State University
Linking Numbers for Knotted Graphs
The linking number between two closed, disjoint curves in three-dimensional space is one of the easiest topological invariants to understand, and it is also one of the most useful and applicable invariants. We will show how to generalize the linking number to embeddings of graphs in three space. We will discuss in particular some graphs which do not contain pairs of disjoint cycles but which nonetheless have nontrivial linking numbers.
September 24, 2010
Texas A&M University and
Taida Institute for Math. Sci, National Taiwan University
The Dimensional Scaling Method in Chemical Physics
September 17, 2010
Department of Mathematical Sciences, UTEP
One Idea, Different Examples, Different Publications
September 10, 2010
September 3, 2010
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