The 2017 Pacific Northwest Geometry Seminar, March 4-5, Portland, will be dedicated to the memory of John Leahy, our colleague who passed away in January, 2015.
At the Joint Math Meetings in Atlanta this month, doctoral candidate Cathy Hsu won the Most Outstanding Graduate Student Research Poster award from the Association for Women in Mathematics. The Department congratulates her on her success!
Congratulations to Assistant Professor Benjamin Elias. He and his collaborator, Geordie Williamson of Kyoto University and University of Sydney, were awarded a $100,000 New Horizon Prize in Mathematics on Sunday, December 4th. There are three of these awards given each year in recognition of the achievements of early-career mathematicians.
For more details, visit https://breakthroughprize.org/News/34
This story was also featured in AroundtheO. See the spotlight article at http://around.uoregon.edu/content/math-professor-ben-elias-brings-new-horizons-prize-uo?atm_source=ato12-14-16
Congratulations to Marie Vitulli, Professor Emerita, for receiving an Association for Women in Mathematics Service Award.
A conference to honor Arkady Vaintrob’s 60th birthday will be held at the Department of Mathematics on November 5-6, 2016. Talks will be given in several areas, reflecting Professor Vaintrob’s diverse interests.
More details can be found at http://www-math.mit.edu/~etingof/vaintrobfest.html
Karen Saxe, DeWitt Wallace Professor of Mathematics at Macalester College, has been named Director of the Washington, D.C. Office of the American Mathematical Society.
Professor Saxe received her doctoral degree from the University of Oregon Department of Mathematics in 1988.
Read the full announcement at http://www.ams.org/news?news_id=3136.
Congratulations to Huaxin Lin and Victor Ostrik for receiving the Fund for Faculty Excellence Award this year.
Ken Ono – Associate Producer of The Man Who Knew Infinity (starring Jeremy Irons and Dev Patel, currently playing in theaters), former professional cyclist (for the Pepsi Miyata team), former member of Team USA in the world age-group triathlon championships, and distinguished mathematics professor at Emory University – will visit and give a broadly accessible talk (as part of the Distinguished Lectures for Students series) at 5:15 pm on Wednesday, May 25, in Lillis 282.
A poster with more details is available here:
Ono says the talk will be broadly accessible, “even by 6th graders.”
17-19 May 2016
Professor Ozsváth will give three lectures on the general theme of
Floer homology and 3-manifolds
- Lecture 1: Holomorphic disks and low-dimensional topology
Abstract: Heegaard Floer homology is a closed three-manifold invariant, defined in joint work with Zoltan Szabo, using methods from symplectic geometry (specifically, the theory of pseudo-holomorphic disks). The inspiration for this invariant comes from gauge theory. I will describe Heegaard Floer homology, motivate its construction, list some of its key properties, and give some of its topological applications.
4pm, Tuesday, 17 May 2016, 145 Straub Hall
- Lecture 2: A knot invariant from grid diagrams
Abstract: Knot Floer homology is an invariant for knots in three-space, which arises naturally when one attempts to understand how Heegaard Floer homology transforms under certain three-dimensional operations. Knot Floer homology has the form of a bigraded vector space, encoding information about the complexity of the knot. The invariant was
originally defined in collaboration with Zoltan Szabo, and indepedently by Jacob Rasmussen. I will describe a combinatorial algorithm for computing this invariant, discovered in joint work with Ciprian Manolescu and Sucharit Sarkar, and further elaborated in joint work with Manolescu, Szabo, and Dylan Thurston. I will also sketch some of the applications of this invariant to knot theory, and some of its connection with other knot invariants.
4pm, Wednesday, 18 May 2016, 110 Fenton Hall
- Lecture 3: Bordered Floer homology
Abstract: I will describe “bordered Floer homology”, an invariant for three-manifolds with boundary that generalizes Heegaard Floer homology. The bordered theory associates a differential graded algebra to a parameterized surface; it also assocates a graded module to a three-manifold with boundary. This construction leads to a better conceptual understanding of Heegaard Floer homology, and it also gives a method for computation. Bordered Floer homology was introduced in joint work with Robert Lipshitz and Dylan Thurston. Time permitting, I will also describe a bordered approach to knot invariants, which is joint work with Zoltan Szabo.
4pm, Thursday, 19 May 2016, 145 Straub Hall
Congratulations to Leanne Merrill for receiving the Graduate Student Teaching Excellence Award from the UO Graduate School!