International audienceIn this exploratory paper, I will first introduce a notion of stability, more lengthily described in a previous article. In this framework, I will then exhibit an unstable aperiodic tiling. Finally, by building upon the folkloric embedding of Turing machines into Robinson tilings, we will see that the question of stability is undecidable
An aperiodic tile set was first constructed by R. Berger while proving the undecidability of the dom...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
Abstract. Tile sets and tilings of the plane appear in many topics rang-ing from logic (the Entschei...
International audienceIn this exploratory paper, I will first introduce a notion of stability, more ...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
The v2 fixes a few typos, as well as a small numerical mistake in the last theorem. 35 pages, 7 figu...
The v2 fixes a few typos, as well as a small numerical mistake in the last theorem. 35 pages, 7 figu...
The purpose of this article is to study the algorithmic complexity of the Besicovitch stability of n...
AbstractIt is shown that the (infinite) tiling problem by Wang tiles is undecidable even if the give...
We describe Turing machines, tilings and infinite words as dynamical systems and analyze some of the...
AbstractWe describe Turing machines, tilings and infinite words as dynamical systems and analyze som...
AbstractWe describe Turing machines, tilings and infinite words as dynamical systems and analyze som...
An aperiodic tile set was first constructed by R. Berger while proving the undecidability of the dom...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
Abstract. Tile sets and tilings of the plane appear in many topics rang-ing from logic (the Entschei...
International audienceIn this exploratory paper, I will first introduce a notion of stability, more ...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
37 pages, 8 figuresThe purpose of this article is to study the algorithmic complexity of the Besicov...
The v2 fixes a few typos, as well as a small numerical mistake in the last theorem. 35 pages, 7 figu...
The v2 fixes a few typos, as well as a small numerical mistake in the last theorem. 35 pages, 7 figu...
The purpose of this article is to study the algorithmic complexity of the Besicovitch stability of n...
AbstractIt is shown that the (infinite) tiling problem by Wang tiles is undecidable even if the give...
We describe Turing machines, tilings and infinite words as dynamical systems and analyze some of the...
AbstractWe describe Turing machines, tilings and infinite words as dynamical systems and analyze som...
AbstractWe describe Turing machines, tilings and infinite words as dynamical systems and analyze som...
An aperiodic tile set was first constructed by R. Berger while proving the undecidability of the dom...
v5: technical revision (positions of figures are shifted)International audienceAn aperiodic tile set...
Abstract. Tile sets and tilings of the plane appear in many topics rang-ing from logic (the Entschei...