8 citations · 20 across the 7 of their papers we have counts for
8 papers
Correlations for the Novak process
Eric Nordenstam, Benjamin Young
We study random lozenge tilings of a certain shape in the plane called the Novak half-hexagon, and compute the correlation functions for this process. This model was introduced by…
Domino shuffling on Novak half-hexagons and Aztec half-diamonds
Eric Nordenstam, Benjamin Young
We explore the connections between the well-studied Aztec Diamond graphs and a new family of graphs called the Half-Hexagons, discovered by Jonathan Novak. In particular, both fami…
Consecutive Minors for Dyson's Brownian Motions
Mark Adler, Eric Nordenstam, Pierre van Moerbeke
In 1962, Dyson introduced dynamics in random matrix models, in particular into GUE (also for beta=1 and 4), by letting the entries evolve according to independent Ornstein-Uhlenbec…
The Dyson Brownian minor process
Mark Adler, Eric Nordenstam, Pierre van Moerbeke
Consider an Hermitean matrix valued stochastic process where the matrix elements evolve according to Ornstein-Uhlenbeck processes. It is well known…
A Finitization of the Bead Process
Benjamin J. Fleming, Peter J. Forrester, Eric Nordenstam
The bead process is the particle system defined on parallel lines, with underlying measure giving constant weight to all configurations in which particles on neighbouring lines int…
The Anti-Symmetric GUE Minor Process
Peter J. Forrester, Eric Nordenstam
Our study is initiated by a multi-component particle system underlying the tiling of a half hexagon by three species of rhombi. In this particle system species consists of $\lf…