
About Me
For 2023-2026, I am at Lawrence University.
Previously: I was at the University of Georgia through the spring of 2022; at Vanderbilt University as part of their Center for Constructive Approximation and the Data Science Institute. from 2017; and an FWF Postdoctoral Researcher at the Institute of Analysis and Number Theory at Graz University of Technology from 2014. I have also been a visitor at the ESI at the University of Vienna; ICERM at Brown University, and a summer researcher at MSRI and the Aspen Center for Physics. Due to the COVID-19 lockdown, I was a remote visitor at the Fields Institute in 2021 and the ESI in 2022.
I studied at Haverford College and the University of Pittsburgh.
Over the years, my research has been partially supported by some these institutions, the FWF, and the NSF in a variety of forms.
After graduate school, I ended studying and teaching a great deal of probability and statistics.
If you want some reasons why a mathematician should do that, I refer you to Mumford’s “The Dawning of the Age of Stochasticity”.
I am interested in problems of discrete geometry and geometric optimization that are approachable by synthetic or analytic means and those where brute force computation is becoming tractable.
Right now I am (still) thinking about:
- Critical density in packings of anisotropic objects
- The quality of point sets on the sphere
- Configuration spaces of hard disks
- Hyperuniform structures in the compact setting
- Topologically sweeping rope
I am also interested in building physical models of some of these things.
Snow from yesterday:
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Packing problems are in the news! Viazovska is awarded the Fields Medal for her solution to the 8 dimensional sphere packing problem. See also her work on t-designs….
Other information may be found in my CV (~2023) or my short Research Statement (~2020).
For search purposes it may be helpful to consider my name as Woden Kusner or Woeden Kusner.
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Teaching
This fall I will be teaching MATH 103 (F25). Next year I will be teaching MATH 102 (W26) and MATH 140 (S26).
Research
My research papers by type: journal papers; preprints.