Event Detail

Event Type: 
Analysis Seminar
Date/Time: 
Monday, April 29, 2013 - 05:00
Location: 
Kidder 280

Speaker Info

Institution: 
University of Oregon
Abstract: 

The generalized Mahler measure of a polynomial is a measure of complexity formed by integrating the logarithm of the absolute value of the polynomial against \omega_K, the logarithmic equilibrium distribution of a set K (in the case of the classical Mahler measure, K is the unit disk).  The roots of a complex degree N polynomial chosen uniformly from the set of polynomials of Mahler measure at most 1 yields a determinantal point process on the complex plane. According to the large deviation principle,  when N is large, it is exponentially likely to find the roots near the outer boundary of K distributed as \omega_K. Determinantal nature of this point process means that the local statistics of the roots can be expressed via determinants of a single kernel function. We investigate the asymptotics of this kernel in different regions of the complex plane.