Eric Samperton


Teaching

During the winter 2019 academic quarter, I am teaching MATH 8 - Transition to Higher Math. Please login to GauchoSpace to see the course website.

About (the mathematical) me

I am a visiting assistant professor in the UC Santa Barbara Math Department. I recently earned my Ph.D. from the Math Department at UC Davis. My advisor was Greg Kuperberg.

Most of my research is motivated by questions at the intersection of computational complexity and 3-manifold topology. Broadly, my research lies in overlaps of the following subjects:

  1. (Low-dimensional) geometric topology
  2. Geometric group theory
  3. Computational complexity
  4. Topological quantum field theory
  5. Quantum computing and quantum information
  6. Condensed matter theory

I am a co-organizer of the UCSB Quantum Algebra and Topology Seminar, which usually meets Tuesdays at 11AM.

Here's my CV. Here's a very full, loose lamination with \(\mathbb{Z}/4 * \mathbb{Z}/3\) symmetry:

And here's a video of a talk I gave at the University of Warwick related to my dissertation work: YouTube.


Contact Information

E-mail: My first name followed by @math.ucsb.edu

Office: 6702 South Hall

Snail Mail:
Department of Mathematics
South Hall, Room 6607
University of California
Santa Barbara, CA 93106-3080


Writing

My papers and preprints are listed below. You might also want to check out my arXiv author page, my MathSciNet author profile (login required) or my Google Scholar profile.

(6) "Coloring invariants of knots are often intractable." With Greg Kuperberg. In preparation.

(5) "Haah codes on general three manifolds." With Kevin Tian and Zhenghan Wang. Submitted. arXiv Front.

(4) "Schur-type invariants of branched G-covers of surfaces." To appear in Proceedings of the AMS Special Session on Topological Phases of Matter and Quantum Computation. arXiv Front.

(3) "Computational complexity and 3-manifolds and zombies." With Greg Kuperberg. Geometry & Topology (2018), Volume 22, Issue 6, pp. 3623--3670. arXiv Front.

(2) "Spaces of invariant circular orders of groups." With Harry Baik. Groups, Geometry, and Dynamics (2018), Volume 12, Issue 2, pp. 721-76. arXiv Front.

(1) "On laminar groups, Tits alternatives, and convergence group actions on \(S^2\)." With Juan Alonso and Harry Baik. To appear in the Journal of Group Theory. arXiv Front.

My Ph.D. dissertation is titled "Computational complexity of enumerative 3-manifold invariants" and can be found at the arXiv Front or ProQuest. It contains the results of items (3), (4) and (6) above.