The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and presents many differences with respect to the real case. In the present paper we investigate the expansion of rationals and quadratic irrationals for the ℓ-adic continued fractions introduced by Ruban. In this case, rational numbers may have a periodic non-terminating continued fraction expansion; moreover, for quadratic irrational numbers, no analogue of Lagrange's theorem holds. We give general explicit criteria to establish the periodicity of the expansion in both the rational and the quadratic case (for rationals, the qualitative result is due to Laohakosol
Continued fractions in mathematics are mainly known due to the need for a more detailed presentation...
AbstractHere we prove that every real quadratic irrational α can be expressed as a periodic non-simp...
The classical theory of continued fractions has been widely studied for centuries for its important ...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
The theory of continued fractions has been generalized to \u2113-adic numbers by several authors and...
The theory of continued fractions has been generalized to $ \ell $-adic numbers by several authors a...
The theory of continued fractions has been generalized to $ \ell $-adic numbers by several authors a...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
In this dissertation we investigate prior definitions for p-adic continued fractions and introduce s...
In the regular case, the continued fraction expansion of a number x is (eventually) periodic if and ...
$p$-adic continued fractions, as an extension of the classical concept of classical continued fracti...
In chapter 1 we will give a brief intorduction to continued fractions, and scetch the prove of why q...
AbstractIn 1940, K. Mahler presented a geometric algorithm which, for any P-adic integer ζ, yields a...
Continued fractions in mathematics are mainly known due to the need for a more detailed presentation...
AbstractHere we prove that every real quadratic irrational α can be expressed as a periodic non-simp...
The classical theory of continued fractions has been widely studied for centuries for its important ...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
The theory of continued fractions has been generalized to \u2113-adic numbers by several authors and...
The theory of continued fractions has been generalized to $ \ell $-adic numbers by several authors a...
The theory of continued fractions has been generalized to $ \ell $-adic numbers by several authors a...
The theory of continued fractions has been generalized to ℓ-adic numbers by several authors and pres...
In this dissertation we investigate prior definitions for p-adic continued fractions and introduce s...
In the regular case, the continued fraction expansion of a number x is (eventually) periodic if and ...
$p$-adic continued fractions, as an extension of the classical concept of classical continued fracti...
In chapter 1 we will give a brief intorduction to continued fractions, and scetch the prove of why q...
AbstractIn 1940, K. Mahler presented a geometric algorithm which, for any P-adic integer ζ, yields a...
Continued fractions in mathematics are mainly known due to the need for a more detailed presentation...
AbstractHere we prove that every real quadratic irrational α can be expressed as a periodic non-simp...
The classical theory of continued fractions has been widely studied for centuries for its important ...