activity
20172026
most citedA class of maximally singular sets for rational approximation

2 citations · 5 across the 6 of their papers we have counts for

collaborators

9 papers

math.NT2026

A linear independence criterion for -adic Hurwitz zeta values at odd integers

Makoto Kawashima, Anthony Poëls

In this article, a new criterion is established to obtain the linear independence of some values of the -adic Hurwitz zeta function at odd integers . We generalize a th…

math.NT2024

On the linear independence of -adic polygamma values

Makoto Kawashima, Anthony Poëls

In this article, we present a new linear independence criterion for values of the -adic polygamma functions defined by J.~Diamond. As an application, we obtain the linear indepe…

math.NT2022

-unit equation in two variables and Padé approximations

Noriko Hirata-Kohno, Makoto Kawashima, Anthony Poëls +1

In this article, we use Padé approximations constructed for binomial functions, to give a new upper bound for the number of the solutions of the -unit equation. Combining explic…

math.NT2021

Simultaneous rational approximation to successive powers of a real number

Anthony Poëls, Damien Roy

We develop new tools leading, for each integer , to a significantly improved upper bound for the uniform exponent of rational approximation to successive p…

math.NT2021★ 2 cited

Exponents of Diophantine approximation in dimension two for a general class of numbers

Anthony Poëls

We study the Diophantine properties of a new class of transcendental real numbers which contains, among others, Roy's extremal numbers, Bugeaud-Laurent Sturmian continued fractions…

math.NT2019★ 2 cited

A class of maximally singular sets for rational approximation

Anthony Poëls

We say that a subset of is maximally singular if its contains points with -linearly independent homogenous coordinates whose uniform exponent…

math.NT2018

A new exponent of simultaneous rational approximation

Anthony Poëls

We introduce a new exponent of simultaneous rational approximation for pairs of real numbers , in complement to the classical exponents of bes…

math.NT2017

Exponents of diophantine approximation in dimension for numbers of Sturmian type

Anthony Poëls

We generalize the construction of Roy's Fibonacci type numbers to the case of a Sturmian recurrence and we determine the classical exponents of approximation , $\widehatω_2…

math.NT2017★ 1 cited

The complex case of Schmidt's going-down Theorem

Anthony Poels

In 1967, Schmidt wrote a seminal paper [10] on heights of subspaces of R n or C n defined over a number field K, and diophantine approximation problems. The going-down Theorem -- o…