Theory of Computing Seminar

Friday January 9, 2015 12:00 PM

The Interplay Between Structure of Finite Graphs and Maximal Averages on Their Cartesian Powers

Speaker: Jordan Greenblatt, UCLA
Location: Annenberg 213


In 2013, Harrow, Kolla, and Schulman published a proof that the
spherical maximal averaging operator on the hypercube satisfies an L^2
bound independent of dimension. Later, Krause extended the bound to all
L^p with p > 1 and, together with Kolla and Schulman, we extended the
result to arbitrary finite cliques. I will provide exposition for the
classical theory and applications of maximal operators and discuss the
proof of dimension-independent bounds for clique powers/hypercubes. Then
I will talk about my current research concerning asymptotic bounds for
more general graphs. 
Series Theory of Computing Seminar Series

Contact: Thomas Vidick