AbstractIn a paper from 1954 Marstrand proved that if K⊂R2 has a Hausdorff dimension greater than 1, then its one-dimensional projection has a positive Lebesgue measure for almost all directions. In this article, we give a combinatorial proof of this theorem when K is the product of regular Cantor sets of class C1+α, α>0, for which the sum of their Hausdorff dimension is greater than 1
We prove that the algorithm of [19] for approximating the Hausdorff dimension of dynamically defined...
Every central Cantor set of positive Lebesgue measure is the arithmetic sum of two central Cantor se...
AbstractWe prove that if E⊂R2d, for d⩾2, is an Ahlfors–David regular product set of sufficiently lar...
AbstractIn a paper from 1954 Marstrand proved that if K⊂R2 has a Hausdorff dimension greater than 1,...
AbstractIt is shown that the arithmetic sum of middle-α Cantor sets typically has positive Lebesgue ...
Cataloged from PDF version of article.We give an example of Cantor-type set for which its equilibriu...
AbstractWe investigate a class of Cantor sets, which has the striking property such that their Hausd...
We establish a refinement of Marstrand's projection theorem for Hausdorff dimension functions finer ...
We clarify the details of a cryptical paper by Orevkov in which a construction of a proper holomorph...
AbstractWe give a new method for finding the Hausdorff dimension of the sets En consisting of the re...
We find sets naturally arising in Diophantine approximation whose Cartesian products exceed the expe...
We make progress on several interrelated problems at the intersection of geometric measure theory, a...
We address the question of the accuracy of bounds used in the study of Zaremba’s conjecture. Specifi...
Let be a real number. For a function , define to be the set of such that for infinitely many...
Every central Cantor set of positive Lebesgue measure is the arithmetic sum of two central Cantor se...
We prove that the algorithm of [19] for approximating the Hausdorff dimension of dynamically defined...
Every central Cantor set of positive Lebesgue measure is the arithmetic sum of two central Cantor se...
AbstractWe prove that if E⊂R2d, for d⩾2, is an Ahlfors–David regular product set of sufficiently lar...
AbstractIn a paper from 1954 Marstrand proved that if K⊂R2 has a Hausdorff dimension greater than 1,...
AbstractIt is shown that the arithmetic sum of middle-α Cantor sets typically has positive Lebesgue ...
Cataloged from PDF version of article.We give an example of Cantor-type set for which its equilibriu...
AbstractWe investigate a class of Cantor sets, which has the striking property such that their Hausd...
We establish a refinement of Marstrand's projection theorem for Hausdorff dimension functions finer ...
We clarify the details of a cryptical paper by Orevkov in which a construction of a proper holomorph...
AbstractWe give a new method for finding the Hausdorff dimension of the sets En consisting of the re...
We find sets naturally arising in Diophantine approximation whose Cartesian products exceed the expe...
We make progress on several interrelated problems at the intersection of geometric measure theory, a...
We address the question of the accuracy of bounds used in the study of Zaremba’s conjecture. Specifi...
Let be a real number. For a function , define to be the set of such that for infinitely many...
Every central Cantor set of positive Lebesgue measure is the arithmetic sum of two central Cantor se...
We prove that the algorithm of [19] for approximating the Hausdorff dimension of dynamically defined...
Every central Cantor set of positive Lebesgue measure is the arithmetic sum of two central Cantor se...
AbstractWe prove that if E⊂R2d, for d⩾2, is an Ahlfors–David regular product set of sufficiently lar...