Spectral gap for unlabelled Ginibre Interacting Brownian motion
Kohei Suzuki
Abstract
We determine the exact spectral gaps for both the finite-particle and infinite-particle unlabelled Ginibre interacting Brownian motions. In every finite-particle system, the spectral gap is equal to one, whereas for the infinite-particle system it is equal to two. The infinite-particle dynamics therefore has a strictly larger spectral gap than any of its finite-particle counterparts, revealing an enhancement of spectral gaps in the passage from finite to infinite particle systems.
Create a lesson
Related papers
On Solutions to Graphon McKean-Vlasov SDEs of Nemytskii-type
Sebastian Grube, Guodong Pang, Michael Röckner
Facilitated Exclusion Process in Higher Dimensions: Recurrent Structure and Transient Dynamics
Seonwoo Kim, Sanha Lee, Insuk Seo
On the telegrapher's signals of sticky local times
F. Colantoni, M. D'Ovidio
p-roughness of paths and invariance of p-th variation
Rama Cont
Exponential convergence of Sinkhorn algorithm for entropy martingale optimal transport
Anna Kazeykina, Zhenjie Ren, Hecheng Wang
Delocalisation and scaling limit for the disordered long-range Discrete Gaussian Chain
Christopher Chalhoub, Paul Dario, Corentin Faipeur et al.