activity
20072020
most citedThe net created from the Penrose tiling is biLipschitz to the integer lattice

3 citations · 3 across the 3 of their papers we have counts for

collaborators

6 papers

math.MG2020

A dichotomy for bounded displacement equivalence of Delone sets

Yotam Smilansky, Yaar Solomon

We prove that in every compact space of Delone sets in which is minimal with respect to the action by translations, either all Delone sets are uniformly spread, or c…

math.MG2020

Continuously many bounded displacement non-equivalences in substitution tiling spaces

Yaar Solomon

We consider substitution tilings in R^d that give rise to point sets that are not bounded displacement (BD) equivalent to a lattice and study the cardinality of BD(X), the set of d…

math.MG2019

Bounded Displacement Non-Equivalence In Substitution Tilings

Dirk Frettlöh, Yotam Smilansky, Yaar Solomon

In the study of aperiodic order and mathematical models of quasicrystals, questions regarding equivalence relations on Delone sets naturally arise. This work is dedicated to the bo…

math.MG2018

On Visibility Problems with an Infinite Discrete, set of Obstacles

Michael Boshernitzan, Yaar Solomon

This paper studies visibility problems in Euclidean spaces where the obstacles are the points of infinite discrete sets . A point $x\in\mathb…

math.MG2008

Substitution Tilings and Separated Nets with Similarities to the Integer Lattice

Yaar Solomon

We show that any primitive substitution tiling of the plane creates a separated net which is biLipschitz to the integer lattice. Then we show that if H is a primitive Pisot substit…

math.MG20073 cited

The net created from the Penrose tiling is biLipschitz to the integer lattice

Y. Solomon

A separated net is a set of points which is relatively dense and uniformly discrete (another name for a Delone set). We are dealing with tilings and separated nets in Euclidean spa…