Tags: Conferences


Integers Conference 2023

May 17- 20, 2023 University of Georgia                                                  Athens, Georgia                                                                   The Editors of Integers are pleased to announce the Integers Conference 2023. The Integers conferences are international conferences held for the purpose of bringing together mathematicians, students, and others interested in combinatorics and number theory. Plenary Speakers:…


Georgia Algebraic Geometry Symposium'23

Georgia Algebraic Geometry Symposium'23 At the University of Georgia, Friday April 28 through Sunday, April 30, 2023.  Georgia Algebraic Geometry Symposium'23 Website The Georgia Algebraic Geometry Symposium is a conference series, jointly organized by the University of Georgia, Emory University and Georgia Tech.  Invited speakers: Harold Blum (University of Utah) Kristin DeVleming (University of Massachusetts Amherst) Yunfeng Jiang (…


GTC 2019: Speaker: Sarah Rasmussen

Title: TBA Abstract: TBA


GTC 2019 Speaker: Margaret Nichols

  Title: Taut sutured handlebodies as twisted homology products   Abtract: We explore a method for certifying that a sutured manifold is taut, by showing that it is homologically simple - a so-called rational homology product. Most sutured manifolds do not have this form, but do always take the more general form of a twisted homology product, which incorporates a representation of the fundamental group. The question then becomes, how complicated…


GTC 2019: Speaker: Siddhi Krishna

  Title: Taut Foliations, Positive 3-Braids, and the L-Space Conjecture Abstract: The L-Space Conjecture is taking the low-dimensional topology community by storm. It aims to relate seemingly distinct Floer homological, algebraic, and geometric properties of a closed 3-manifold Y. In particular, it predicts a 3-manifold Y isn’t ”simple” from the perspective of Heegaard-Floer homology if and only if Y admits a taut foliation. The reverse…


GTC 2019: Speaker: Tejas Kalelkar

  Title: Taut foliations of compact 3-manifolds with constrained boundary slopes Abstract: A codimension one foliation of a 3-manifold is called taut if there exists a simple closed curve in the manifold that intersects each leaf of the foliation transversally. A surface bundle over a circle is a simple example of a 3-manifold with a taut foliation. Every compact 3-manifold can be obtained from such a surface bundle by Dehn filling the boundary…


GTC 2019: Speaker: Charles Delman

  Title: Persistently foliar knots Abstract: A manifold with Heegard-Floer homology of minimal rank is called an L-space, since this is the case for lens spaces and other elliptic manifolds. A taut co-orientable foliation is associated with non-trivial elements of Heegard-Floer homology (by combined results of Eliashberg-Thurston, Ozsv´ath-Szab´o, Kazez-Roberts); hence, if a 3- manifold admits a taut, co-oriented foliation, it is not an L-space…


GTC 2019: Speaker: Jennifer Schultens

  Title: Surface complexes of Seifert fibered spaces Abstract: Curve complexes of surfaces provide information about surfaces and 3-manifolds in a variety of ways. Building on the success of curve complexes, we define surface complexes for 3-manifolds. The surface complex naturally decomposes into subcomplexes called Kakimizu complexes. For Seifert fibered spaces the relation between the surface complex and its subcomplexes can be described…


GTC 2019: Speaker: Tao Li

Title: Genus 2 Heegaard splittings and Dehn surgery on tunnel number one knots Abstract: We generalize a theorem of Homma, Ochiai, and Takahashi, and discuss its relation with the Berge conjecture.


GTC 2019: Speaker: Steven Frankel

Title: TBA Abstract: TBA
Subscribe to Conferences

Support us

We appreciate your financial support. Your gift is important to us and helps support critical opportunities for students and faculty alike, including lectures, travel support, and any number of educational events that augment the classroom experience. Click here to learn more about giving.

Every dollar given has a direct impact upon our students and faculty.