We define a family of generalizations of SL2-tilings to higher dimensions called ϵ-SL2-tilings. We show that, in each dimension 3 or greater, ϵ-SL2-tilings exist only for certain choices of ϵ. In the case that they exist, we show that they are essentially unique and have a concrete description in terms of odd Fibonacci numbers
AbstractWe discuss counting problems linked to finite versions of Cantorʼs diagonal of infinite tabl...
AbstractThis paper continues the investigation of tiling problems via formal languages, which was be...
It is well known that the Collatz Conjecture can be reinterpreted as the Collatz Graph with root ver...
We define a family of generalizations of SL2-tilings to higher dimensions called epsilon-SL2-tilings...
We define a family of generalizations of SL_2 -tilings to higher dimensions called e-SL2 -tilings. ...
Abstract. SL2-tilings were introduced by Assem, Reutenauer, and Smith in connection with frieses and...
International audienceThis paper introduces two tiles whose tilings form a one-parameter family of t...
AbstractGravier et al. proved [S. Gravier, M. Mollard, Ch. Payan, On the existence of three-dimensio...
It is well-known that plane partitions, lozenge tilings of a hexagon, perfect matchings on a honeyco...
25 pages, 5 tables, 9 figures. Version 2: updated references. Typos corrected. Several proofs added....
AbstractTwo new series of substitution tilings are introduced in which the tiles appear in infinitel...
After the discovery of the 219 (230) Euclidean three-dimensional space groups many interesting quest...
In 1906 Axel Thue showed how to construct an infinite non-repetitive (or square-free) word on an alp...
International audienceWe study the Monadic Second Order (MSO) Hierarchy over infinite pictures, that ...
In this essay we present aperiodic sets of prototiles which shapes are based on the well-known Penro...
AbstractWe discuss counting problems linked to finite versions of Cantorʼs diagonal of infinite tabl...
AbstractThis paper continues the investigation of tiling problems via formal languages, which was be...
It is well known that the Collatz Conjecture can be reinterpreted as the Collatz Graph with root ver...
We define a family of generalizations of SL2-tilings to higher dimensions called epsilon-SL2-tilings...
We define a family of generalizations of SL_2 -tilings to higher dimensions called e-SL2 -tilings. ...
Abstract. SL2-tilings were introduced by Assem, Reutenauer, and Smith in connection with frieses and...
International audienceThis paper introduces two tiles whose tilings form a one-parameter family of t...
AbstractGravier et al. proved [S. Gravier, M. Mollard, Ch. Payan, On the existence of three-dimensio...
It is well-known that plane partitions, lozenge tilings of a hexagon, perfect matchings on a honeyco...
25 pages, 5 tables, 9 figures. Version 2: updated references. Typos corrected. Several proofs added....
AbstractTwo new series of substitution tilings are introduced in which the tiles appear in infinitel...
After the discovery of the 219 (230) Euclidean three-dimensional space groups many interesting quest...
In 1906 Axel Thue showed how to construct an infinite non-repetitive (or square-free) word on an alp...
International audienceWe study the Monadic Second Order (MSO) Hierarchy over infinite pictures, that ...
In this essay we present aperiodic sets of prototiles which shapes are based on the well-known Penro...
AbstractWe discuss counting problems linked to finite versions of Cantorʼs diagonal of infinite tabl...
AbstractThis paper continues the investigation of tiling problems via formal languages, which was be...
It is well known that the Collatz Conjecture can be reinterpreted as the Collatz Graph with root ver...