An important method to construct aperiodic tilings is the method of canonical projection from higher dimensional lattices. Lattices are the orbits of special type of crystallographic groups. For example, Penrose tilings can be obtained from a lattice tiling of E5, by the cut-and project method. Developing a mathematical theory of crystallographic tilings and generalising the method of canonical projection to other crystallographic groups than lattices. Using this method one can hope to construct (interesting), completely new types of aperiodic tilings
To appear in IRMA Lectures in Mathematics and Theoretical PhysicsOne-dimensional cut-and-project poi...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
Patterns of point sets and tilings were produced and studied for centuries in many cultures. At the ...
In the 1960’s and 1970’s, mathematicians discovered geometric patterns which displayed a high degree...
Aperiodic tilings are interesting to mathematicians and scientists for both theoretical and practica...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We briefly review the standard methods used to construct quasiperiodic tilings, such as the projecti...
An n-dimensional tiling is formed by laying tiles, chosen from a finite collection of shapes (protot...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
This paper try to prove how artisans c ould discover all uniform tilings and very interesting oth...
To appear in IRMA Lectures in Mathematics and Theoretical PhysicsOne-dimensional cut-and-project poi...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
Patterns of point sets and tilings were produced and studied for centuries in many cultures. At the ...
In the 1960’s and 1970’s, mathematicians discovered geometric patterns which displayed a high degree...
Aperiodic tilings are interesting to mathematicians and scientists for both theoretical and practica...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We briefly review the standard methods used to construct quasiperiodic tilings, such as the projecti...
An n-dimensional tiling is formed by laying tiles, chosen from a finite collection of shapes (protot...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
This paper try to prove how artisans c ould discover all uniform tilings and very interesting oth...
To appear in IRMA Lectures in Mathematics and Theoretical PhysicsOne-dimensional cut-and-project poi...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...