Graduate Student Singularity Theory: Difference between revisions

From UW-Math Wiki
Jump to navigation Jump to search
No edit summary
(Replaced content with "this page has been moved: https://www.math.wisc.edu/wiki/index.php/Graduate/Postdoc_Topology_and_Singularities_Seminar")
 
(44 intermediate revisions by 2 users not shown)
Line 1: Line 1:
It is a weekly seminar by graduate students. Anyone is welcome.
this page has been moved:
If you would like to present a topic, please contact Tommy Wong.
https://www.math.wisc.edu/wiki/index.php/Graduate/Postdoc_Topology_and_Singularities_Seminar
Most of the seminars are at Wednesdays 3:00pm in room 901.
Please check below for unusual time and location.
 
== Spring 2013 ==
 
{| cellpadding="5"
!align="left" | date
!align="left" | speaker
!align="left" | title
|-
|Feb. 6 (Wed)
|Jeff Poskin
|''Toric Varieties III''
|-
|Feb.13 (Wed)
|?
|''?''
|-
|Feb.20 (Wed)
|?
|''?''
|-
|-
|-
|}
 
 
== Fall 2012 ==
 
{| cellpadding="5"
!align="left" | date
!align="left" | speaker
!align="left" | title
|-
|Sept. 18 (Tue)
|KaiHo Wong
|Organization and ''Milnor fibration and Milnor Fiber''
|-
|Sept. 25 (Tue)
|KaiHo Wong
|''Algebraic links and exotic spheres''
|-
|Oct. 4 (Thu)
|Yun Su (Suky)
|''Alexander polynomial of complex algebraic curve'' (Note the different day but same time and location)
|-
|Oct. 11 (Thu)
|Yongqiang Liu
|''Sheaves and Hypercohomology''
|-
|Oct. 18 (Thu)
|Jeff Poskin
|''Toric Varieties II''
|-
|Nov. 1 (Thu)
|Yongqiang Liu
|''Mixed Hodge Structure''
|-
|Nov. 15 (Thu)
|KaiHo Wong
|''Euler characteristics of hypersurfaces with isolated singularities''
|-
|Nov. 29 (Thu)
|Markus Banagl, University of Heidelberg
|''High-Dimensional Topological Field Theory, Automata Theory, and Exotic spheres''
|-
|}
== Abstracts ==
 
 
===Thu, 10/4: Suky===
''Alexander polynomial of complex algebraic curve''
 
I will extend the definition of Alexander polynomial in knot theory to an complex algebraic curve.
From the definition, it is clear that Alexander polynomial is an topological invariant for curves.
I will explain how the topology of a curve control its Alexander polynomial, in terms of the factors.
Calculations of some examples will be provided.

Latest revision as of 13:43, 18 September 2015