All Seminars & Colloquia

Graduate Student Seminar

Friday, 9/18/2015, 5:00pm - 11:59pm

Title:  A generalization of alpha-orientations to higher genus surfaces
Speaker: Jason Suagee
Room: Government 101
Abstract: 

Graduate Student Seminar

Friday, 9/11/2015, 5:00pm - 11:59pm

 

Title: Computability-Theoretic Properties of (2,1):1 Structures
Speaker: Hakim Walker
Abstract: A (2,1):1 structure consists of a countable set A (usually the natural numbers) and a fu

Applied Mathematics Seminar

Thursday, 9/10/2015, 9:00pm - 11:59pm

Speaker: Yihong Du, University of New England, Australia

Applied Mathematics Seminar

Wednesday, 9/9/2015, 8:00pm - 11:59pm

September 9 (Wednesday) 4:00PM - 5:00PM, Monroe 267

Topology Seminar

Tuesday, 5/12/2015, 8:00pm - 11:59pm

Title:    Invariants of finite type for curves on surfaces revisited.

Speaker:  Oleg Viro, Stony Brook University

Abstract:

Analysis Seminar

Wednesday, 4/29/2015, 7:00pm - 11:59pm

Speaker: Robbie Robinson

Title: Stationary guassian Processes IV

Math Major Undergraduate Talk

Tuesday, 4/28/2015, 8:00pm - 11:59pm

Math Major Undergraduate Talk

Title: "Thresholds for Solutions Existence in the Focusing Nonlinear Schroedinger equation"
Speaker: Changkai Sun (our math major undergraduate)
 

Math Colloquium

Thursday, 4/23/2015, 8:00pm - 11:59pm

Speaker: Robert L. Devaney, Boston University

http://math.bu.edu/people/bob/

Title: Cantor and Sierpinski, Julia and Fatou: crazy topology in complex dynamics

Applied Mathematics Seminar

Wednesday, 4/22/2015, 8:00pm - 11:59pm

Speaker: Jose Vega-Guzman, Howard University

Title: On the solution of some nonautonomous evolution equations<p>

Topology Seminar

Monday, 4/13/2015, 3:00pm - 11:59pm

Topology and History of Science Seminar

Title:  A Knot's Tale: Three great men, two smoking boxes, one
brilliant wrong idea.
 
Speaker: Julia Collins (Edinburgh)

Abstract:
I will tell the story of three best friends in 19th century Scotland
and their attempt to develop an atomic theory based on knots and
links. Tait, Kelvin and Maxwell were inspired by a fantastic
experiment involving smoke rings, and their theories, whilst being