Matrix group Λ-distributions
Matthew Bertucci, Sam Van Blarcom, Benjamin Glancy, Sean Howe, Thomas Madden, Ben Miller, Souparna Pal, Giorgos Papagrigoriou, Nathan Raikman, Tien Tran
Abstract
The Λ-distribution of a compact matrix group is an invariant in algebraic probability theory that was recently introduced to study zero distributions of function field L-functions. It is encoded by the σ-moment generating function, a generalization of the Molien series of classical invariant theory. In this work, we compute the σ-moment generating functions of finite matrix groups in many new cases. In particular, we compute the asymptotic Λ-distributions for the infinite families of Weyl reflection groups of types Bn/Cn and Dn, complementing the previously known case of reflection groups of type An, i.e., symmetric groups. We also establish a general result relating the shapes of σ-moment generating functions to the distributions of associated classical random variables, explaining a previous ad hoc observation for independent Gaussians arising from traces of powers on compact classical groups.
Create a lesson
Related papers
Symmetry breaking differential operators and Discrete Series
Bent Ørsted, Jorge A. Vargas
Support τ-tilting modules over Morita context algebras: A bilateral approximation approach
Yingying Zhang
Generalized conformal modules over the Virasoro conformal algebra
Henan Wu, Yanyong Hong
A tensor square theorem for characters of GLn(q)
Nariel Monteiro, Alexander Stasinski
Functions on Nilpotent Orbit Covers and Birational Geometry
William Graham, Scott Joseph Larson, Alberto San Miguel Malaney
Loop spaces, twistor P1 and tempiric parameters
Tsao-Hsien Chen, Lingfei Yi