We report on a preliminary investigation of the connections between quasiperiodic tilings, algebraic number theory, and cut-and-project sets. We substantially answer the question "which 1-dimensional tilings obtained by inflation rules are quasiperiodic" by showing that in general the characteristic equation of the inflation rule should have one root of absolute value greater than one and the rest of absolute value less than one. We also show that the vertices of such a tiling are contained in a cut-and-project set
It is easy to create nonperiodic tesselations of the plane composed of one or a few types of tiles. ...
To appear in IRMA Lectures in Mathematics and Theoretical PhysicsOne-dimensional cut-and-project poi...
In this article, we start by presenting some basic definitions, some new notions about regularity as...
We report on a preliminary investigation of the connections between quasiperiodic tilings, algebraic...
In order to generate normal Penrose tilings by inflation/deflation, decisions have to be made regard...
We briefly review the standard methods used to construct quasiperiodic tilings, such as the projecti...
LaTeX file, 25 pages + 9 figures (Fig1.gif, Fig2.gif... Fig9.gif); hard copies with all figures are ...
Tilings based on the cut-and-project method are key model systems for the description of aperiodic s...
The construction of an average lattice with bounded modulation, for one dimensional quasiperiodic ti...
We show how the standard cut and project method can be adapted to build quasiperiodic geometrical mo...
URL: http://www-spht.cea.fr/articles/s93/004International audienceWe consider in parallel three self...
We consider in parallel three self-similar quasiperiodic tilings of the plane with eight-fold symmet...
A quasiperiodic covering of a plane by regular decagons is described, and an analogous structure in ...
An n-dimensional tiling is formed by laying tiles, chosen from a finite collection of shapes (protot...
Families ('species') of - mainly nonperiodic - inflation tilings in euclidean spaces of arbitrary di...
It is easy to create nonperiodic tesselations of the plane composed of one or a few types of tiles. ...
To appear in IRMA Lectures in Mathematics and Theoretical PhysicsOne-dimensional cut-and-project poi...
In this article, we start by presenting some basic definitions, some new notions about regularity as...
We report on a preliminary investigation of the connections between quasiperiodic tilings, algebraic...
In order to generate normal Penrose tilings by inflation/deflation, decisions have to be made regard...
We briefly review the standard methods used to construct quasiperiodic tilings, such as the projecti...
LaTeX file, 25 pages + 9 figures (Fig1.gif, Fig2.gif... Fig9.gif); hard copies with all figures are ...
Tilings based on the cut-and-project method are key model systems for the description of aperiodic s...
The construction of an average lattice with bounded modulation, for one dimensional quasiperiodic ti...
We show how the standard cut and project method can be adapted to build quasiperiodic geometrical mo...
URL: http://www-spht.cea.fr/articles/s93/004International audienceWe consider in parallel three self...
We consider in parallel three self-similar quasiperiodic tilings of the plane with eight-fold symmet...
A quasiperiodic covering of a plane by regular decagons is described, and an analogous structure in ...
An n-dimensional tiling is formed by laying tiles, chosen from a finite collection of shapes (protot...
Families ('species') of - mainly nonperiodic - inflation tilings in euclidean spaces of arbitrary di...
It is easy to create nonperiodic tesselations of the plane composed of one or a few types of tiles. ...
To appear in IRMA Lectures in Mathematics and Theoretical PhysicsOne-dimensional cut-and-project poi...
In this article, we start by presenting some basic definitions, some new notions about regularity as...