Boris Adamczewski and Yann Bugeaud Let b ≥ 2 be an integer. We prove that the b-ary expansion of every irrational algebraic number cannot have low complexity. Furthermore, we establish that irrational morphic numbers are transcendental, for a wide class of morphisms. In particular, irrational automatic numbers are transcendental. Our main tool is a new, combinatorial transcendence criterion. 1
Abstract. Let Bn(x) denote the number of 1’s occuring in the binary expansion of an irrational numbe...
Real numbers are divided into rational and irrational numbers. Students learn about this division al...
AbstractA sequence is Sturmian if it has complexityn+l−1, that is,n+l−1 factors of lengthnfor everyn...
Let b . 2 be an integer. We prove that the b-ary expansion of every irrational algebraic number cann...
Let $b \ge 2$ be an integer. We prove that the $b$-adic expansion of every irrational algebraic numb...
Let bgreater-or-equal, slanted2 be an integer. We prove that real numbers whose b-ary expansion sati...
International audience— We consider the complexity of integer base expansions of algebraic irrationa...
The continued fraction expansion of an irrational number $\alpha$ is eventually periodic if and only...
we derive new, improved lower bounds for the block complexity of an irrational algebraic number and ...
This thesis studies some links between the combinatorial properties of the base-b expansion or of th...
We divide infinite sequences of subword complexity 2n+1 into four subclasses with respect to left an...
Is it possible to distinguish algebraic from transcendental real numbers by considering the $b$-ary ...
Borel conjectured that all algebraic irrational numbers are normal in base 2. However, very little i...
International audienceWe derive a lower bound for the subword complexity of the base-b expansion (b ...
Abstract. Let Bn(x) denote the number of 1’s occuring in the binary expansion of an irrational numbe...
Real numbers are divided into rational and irrational numbers. Students learn about this division al...
AbstractA sequence is Sturmian if it has complexityn+l−1, that is,n+l−1 factors of lengthnfor everyn...
Let b . 2 be an integer. We prove that the b-ary expansion of every irrational algebraic number cann...
Let $b \ge 2$ be an integer. We prove that the $b$-adic expansion of every irrational algebraic numb...
Let bgreater-or-equal, slanted2 be an integer. We prove that real numbers whose b-ary expansion sati...
International audience— We consider the complexity of integer base expansions of algebraic irrationa...
The continued fraction expansion of an irrational number $\alpha$ is eventually periodic if and only...
we derive new, improved lower bounds for the block complexity of an irrational algebraic number and ...
This thesis studies some links between the combinatorial properties of the base-b expansion or of th...
We divide infinite sequences of subword complexity 2n+1 into four subclasses with respect to left an...
Is it possible to distinguish algebraic from transcendental real numbers by considering the $b$-ary ...
Borel conjectured that all algebraic irrational numbers are normal in base 2. However, very little i...
International audienceWe derive a lower bound for the subword complexity of the base-b expansion (b ...
Abstract. Let Bn(x) denote the number of 1’s occuring in the binary expansion of an irrational numbe...
Real numbers are divided into rational and irrational numbers. Students learn about this division al...
AbstractA sequence is Sturmian if it has complexityn+l−1, that is,n+l−1 factors of lengthnfor everyn...