Título: Plaquettes, Spheres, and Entanglement
Autores: Grimmett, Geoffrey R; University of Cambridge
Holroyd, Alexander E; Microsoft Research
Fecha: 2010-01-01
Publicador: Electronic journal of probability
Fuente:
Tipo: Peer-reviewed Article

Tema: entanglement; percolation; random sphere
60K35; 82B20
Descripción: The high-density plaquette percolation model in $d$ dimensions contains a surface that is homeomorphic to the $(d-1)$-sphere and encloses the origin. This is proved by a path-counting argument in a dual model. When $d=3$, this permits an improved lower bound on the critical point $p_e$ of entanglement percolation, namely $p_e\geq \mu^{-2}$ where $\mu$ is the connective constant for self-avoiding walks on $\mathbb{Z}^3$. Furthermore, when the edge density $p$ is below this bound, the radius of the entanglement cluster containing the origin has an exponentially decaying tail.
Idioma: No aplica

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