AbstractA p-adic-valued function on the p-adic integers has a continuous derivative, Mahler showed, whenever its interpolation coefficients decay at a certain rate. It is shown here that Mahler's decay condition is equivalent to the strict differentiability of the function. There is a discussion of the Banach-space structure of the space of strictly differentiable functions. It is shown, moreover, that there is no rate of decay common to all functions with continuous derivative. Specifically, given any decay condition, there exists a function with derivative identically zero, whose interpolation coefficients decay more slowly
Preiss1 and Jaroslav Tǐser2 In this note we present two examples illustrating some surprising rela-...
AbstractLet {Fr}0⩽r⩽p be a family of Banach spaces satisfying, if 0⩽r1⩽r2⩽p, (i)Fr1 ⊇ Fr2; (ii)¦f¦r1...
In the early nineteenth century, most mathematicians believed that a continuous function has deriva...
AbstractA p-adic-valued function on the p-adic integers has a continuous derivative, Mahler showed, ...
In this paper, using the tools from the lineability theory, we distinguish certain subsets of p-adic...
AbstractOur main result states that, given an increasing sequence an of positive numbers such that ∑...
AbstractIn [3]-[7] Woodcock developed a Fourier theory for continuously differentiable functions def...
International audienceIn this paper, we prove an extension of Mahler's theorem, a celebrated result ...
AbstractIn this work, questions about interpolation and approximation of a continuous function f:Zp→...
AbstractIt is well known that a continuous functionf:Zp→Qpcan be expanded by Mahler's basis: [formul...
In this paper, we prove an extension of Mahler’s theorem, a celebrated result of p-adic analysis. Ma...
We present a simple argument that for every continuous function f : R → R its restriction to some pe...
AbstractWe examine a q-analogue of Mahler expansions for continuous functions in p-adic analysis, re...
At a meeting of the Bohemian philosophical society in December 1921 Dr. Jasek reported the discovery...
While researching everywhere continuous, nowhere differentiable functions, one would find a variety...
Preiss1 and Jaroslav Tǐser2 In this note we present two examples illustrating some surprising rela-...
AbstractLet {Fr}0⩽r⩽p be a family of Banach spaces satisfying, if 0⩽r1⩽r2⩽p, (i)Fr1 ⊇ Fr2; (ii)¦f¦r1...
In the early nineteenth century, most mathematicians believed that a continuous function has deriva...
AbstractA p-adic-valued function on the p-adic integers has a continuous derivative, Mahler showed, ...
In this paper, using the tools from the lineability theory, we distinguish certain subsets of p-adic...
AbstractOur main result states that, given an increasing sequence an of positive numbers such that ∑...
AbstractIn [3]-[7] Woodcock developed a Fourier theory for continuously differentiable functions def...
International audienceIn this paper, we prove an extension of Mahler's theorem, a celebrated result ...
AbstractIn this work, questions about interpolation and approximation of a continuous function f:Zp→...
AbstractIt is well known that a continuous functionf:Zp→Qpcan be expanded by Mahler's basis: [formul...
In this paper, we prove an extension of Mahler’s theorem, a celebrated result of p-adic analysis. Ma...
We present a simple argument that for every continuous function f : R → R its restriction to some pe...
AbstractWe examine a q-analogue of Mahler expansions for continuous functions in p-adic analysis, re...
At a meeting of the Bohemian philosophical society in December 1921 Dr. Jasek reported the discovery...
While researching everywhere continuous, nowhere differentiable functions, one would find a variety...
Preiss1 and Jaroslav Tǐser2 In this note we present two examples illustrating some surprising rela-...
AbstractLet {Fr}0⩽r⩽p be a family of Banach spaces satisfying, if 0⩽r1⩽r2⩽p, (i)Fr1 ⊇ Fr2; (ii)¦f¦r1...
In the early nineteenth century, most mathematicians believed that a continuous function has deriva...