URL: http://www-spht.cea.fr/articles/s93/004International audienceWe consider in parallel three self-similar quasiperiodic tilings of the plane with eight-fold symmetry, made of two prototiles, the square and the 45-degree rhomb. They possess the same inflation rules up to a reordering of the tiles. We study the consequences of this reordering on the nature of the atomic surfaces, or acceptance domains, and on the Fourier spectra of the tilings. For two of the tilings the atomic surface has a fractal boundary. For one of them it is not a connected set. We argue that the situation described in this paper is generic. Nous considérons en parallèle trois pavages quasipériodiques auto-similaires du plan, de symétrie de rotation d'ordre huit, et ...
A quasiperiodic covering of the plane by regular decagons and an analogous structure in three dimens...
Because of their self-similar nature, fractals can easily be used to generate tilings in the plane. ...
Self-assembly is the process in which the components of a system, whether molecules, polymers, or ma...
We consider in parallel three self-similar quasiperiodic tilings of the plane with eight-fold symmet...
Dedicated to the inspiration of Benoit Mandelbrot. The pinwheel tilings are a remarkable class of ti...
An n-dimensional tiling is formed by laying tiles, chosen from a finite collection of shapes (protot...
In order to generate normal Penrose tilings by inflation/deflation, decisions have to be made regard...
We consider the problem of a single electron on one and two-dimensional quasiperiodic tilings. We fi...
In crystallography, it was an axiom that any material with a diffraction pattern consisting of sharp...
The inflation of Penrose tilings is described by means of Transfer Matrices of Fractals (TMFs) which...
A quasicrystal built with three types of tiles is related to the well-known octagonal tiling. The re...
We report on a preliminary investigation of the connections between quasiperiodic tilings, algebraic...
Single crystal surfaces with periodic overlayers, such as graphene on hexagonal metal substrates, ar...
A quasiperiodic covering of a plane by regular decagons is described, and an analogous structure in ...
We show how the standard cut and project method can be adapted to build quasiperiodic geometrical mo...
A quasiperiodic covering of the plane by regular decagons and an analogous structure in three dimens...
Because of their self-similar nature, fractals can easily be used to generate tilings in the plane. ...
Self-assembly is the process in which the components of a system, whether molecules, polymers, or ma...
We consider in parallel three self-similar quasiperiodic tilings of the plane with eight-fold symmet...
Dedicated to the inspiration of Benoit Mandelbrot. The pinwheel tilings are a remarkable class of ti...
An n-dimensional tiling is formed by laying tiles, chosen from a finite collection of shapes (protot...
In order to generate normal Penrose tilings by inflation/deflation, decisions have to be made regard...
We consider the problem of a single electron on one and two-dimensional quasiperiodic tilings. We fi...
In crystallography, it was an axiom that any material with a diffraction pattern consisting of sharp...
The inflation of Penrose tilings is described by means of Transfer Matrices of Fractals (TMFs) which...
A quasicrystal built with three types of tiles is related to the well-known octagonal tiling. The re...
We report on a preliminary investigation of the connections between quasiperiodic tilings, algebraic...
Single crystal surfaces with periodic overlayers, such as graphene on hexagonal metal substrates, ar...
A quasiperiodic covering of a plane by regular decagons is described, and an analogous structure in ...
We show how the standard cut and project method can be adapted to build quasiperiodic geometrical mo...
A quasiperiodic covering of the plane by regular decagons and an analogous structure in three dimens...
Because of their self-similar nature, fractals can easily be used to generate tilings in the plane. ...
Self-assembly is the process in which the components of a system, whether molecules, polymers, or ma...