In 1878, Cantor proved that there exists a one-to-one correspondence between the points of the unit line segment [0,1] and the points of the unit square [0,1]². Since this application is defined via continued fractions, it is very hard to have any intuition about its smoothness. In this talk, we explore the regularity and the fractal nature of Cantor's bijection, using some notions concerning the metric theory and the ergodic theory of continued fractions. This talk is based on a joint work with S. Nicolay
In this paper we obtain multifractal generalizations of classical results by Levy and Khintchin in m...
In this paper, we study C^ζ -calculus on generalized Cantor sets, which have self-similar properties...
We study the dynamics of a family Kα of discontinuous interval maps whose (infinitely many) branches...
In this talk, we present the Cantor's bijection between the irrational numbers of the unit interval ...
Abstract. In this note, we investigate the regularity of Cantor’s one-to-one mapping between the irr...
In this note, we investigate the regularity of Cantor’s one-to-one mapping between the irrational nu...
We study a special class of generalized continuous fractions, both in real and complex settings, and...
AbstractFor n ∈ N, the sets En consist of all α ∈ (0, 1) whose continued fraction expansion involves...
AbstractIn this paper, we introduce a class of Cantor sets, which can be put into a one-to-one corre...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Given a continued fraction, we construct a certain function that is discontinu-ous at every rational...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Abstract. We study a two-parameter family of one-dimensional maps and the related (a, b)-continued f...
In this paper we obtain multifractal generalizations of classical results by Levy and Khintchin in m...
In this paper, we study C^ζ -calculus on generalized Cantor sets, which have self-similar properties...
We study the dynamics of a family Kα of discontinuous interval maps whose (infinitely many) branches...
In this talk, we present the Cantor's bijection between the irrational numbers of the unit interval ...
Abstract. In this note, we investigate the regularity of Cantor’s one-to-one mapping between the irr...
In this note, we investigate the regularity of Cantor’s one-to-one mapping between the irrational nu...
We study a special class of generalized continuous fractions, both in real and complex settings, and...
AbstractFor n ∈ N, the sets En consist of all α ∈ (0, 1) whose continued fraction expansion involves...
AbstractIn this paper, we introduce a class of Cantor sets, which can be put into a one-to-one corre...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Given a continued fraction, we construct a certain function that is discontinu-ous at every rational...
Many specialists working in the field of the fractional calculus and its applications simply replace...
Abstract. We study a two-parameter family of one-dimensional maps and the related (a, b)-continued f...
In this paper we obtain multifractal generalizations of classical results by Levy and Khintchin in m...
In this paper, we study C^ζ -calculus on generalized Cantor sets, which have self-similar properties...
We study the dynamics of a family Kα of discontinuous interval maps whose (infinitely many) branches...