P20
Geometry of infinite clusters in continuum percolation models with strong correlations
Description Phase 2
In the last ten years tremendous progress has been achieved in understanding
lattice models of percolation with strong correlations, both in particular
examples such as random interlacements as well as in general systems.
The objects of this research proposal are percolation models in continuum
with long-range spatial correlations. Some examples are the Boolean model,
the Brownian interlacements, the Poisson cylinders and their vacant sets.
The main focus will lie on the development of new tools to address difficulties
intrinsic to continuum models.
Description Phase 1
In the last ten years tremendous progress has been achieved in under-
standing lattice models of percolation with strong correlations, both in particular examples such as random interlacements as well as in general systems. The objects of this research proposal are percolation models in continuum with long-range spatial correlations. Some examples are the Boolean
model, the Brownian interlacements, the Poisson cylinders and their vacant
sets. The proposal concerns the large-scale geometry of infinite connected
components in specific models and in general systems. The main focus will
lie on the development of new tools to address difficulties intrinsic to continuum models.
Preprints/Publications
Yingxin Mu, Artem Sapozhnikov: Visibility in Brownain interlacements, Poisson cylinders and Boolean models (04/2023)
Yingxin Mu, Artem Sapozhnikov: On questions of uniqueness for the vacant set of Wiener sausages and Brownian interlacements (04/2023)
Yingxin Mu, Artem Sapozhnikov: Uniqueness of the infinite connected component for the vacant set of random interlacements on amenable transient graphs (04/2023)