Yu. V. Nesterenko has proved that ζ(3)=b0+a1|/|b1+⋯+aν|/|bν+⋯, b0=b1=a2=2, a1=1,b2=4, b4k+1=2k+2, a4k+1=k(k+1), b4k+2=2k+4, and a4k+2=(k+1)(k+2) for k∈ℕ; b4k+3=2k+3, a4k+3=(k+1)2, and b4k+4=2k+2, a4k+4=(k+2)2 for k∈ℕ0. His proof is based on some properties of hypergeometric functions. We give here an elementary direct proof of this result
This bachelor thesis deals with one of the well-known mathematical constants, the number π. The form...
The continued fraction expansion of an irrational number $\alpha$ is eventually periodic if and only...
AbstractFor any real number β>1, let ε(1,β)=(ε1(1),ε2(1),…,εn(1),…) be the infinite β-expansion of 1...
Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any m...
Copyright c © 2013 L. A. Gutnik. This is an open access article distributed under the Creative Commo...
We show that [formula could not be replicated]. Here p<sub>n</sub> and q<sub>n</sub> are the numerat...
Abstract. The Riemann zeta function at integer arguments can be written as an infinite sum of certai...
AbstractWe show that [formula]. Here pn and qn are the numerators and denominators of the convergent...
We show how to obtain infinitely many continued fractions for certain Z-linear combinations of zeta ...
AbstractIn this paper we prove a theorem allowing us to determine the continued fraction expansion f...
In his lost notebook, Ramanujan has defined the function ρ(a, b) by ρ(a, b) := 1 + 1 b X∞ n=0 (−1...
Continued fractions provide a very effective toolset for approximating functions. Usually the contin...
Expansion theorem. Every power series (1 · 10) C0 + C1x + C2x2+&ldots;,+Cn xn determines u...
We describe various properties of continued fraction expansions of complex numbers in terms of Gauss...
AbstractWe use the continued fraction expansion ofαto obtain a simple, explicit formula for the sumC...
This bachelor thesis deals with one of the well-known mathematical constants, the number π. The form...
The continued fraction expansion of an irrational number $\alpha$ is eventually periodic if and only...
AbstractFor any real number β>1, let ε(1,β)=(ε1(1),ε2(1),…,εn(1),…) be the infinite β-expansion of 1...
Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any m...
Copyright c © 2013 L. A. Gutnik. This is an open access article distributed under the Creative Commo...
We show that [formula could not be replicated]. Here p<sub>n</sub> and q<sub>n</sub> are the numerat...
Abstract. The Riemann zeta function at integer arguments can be written as an infinite sum of certai...
AbstractWe show that [formula]. Here pn and qn are the numerators and denominators of the convergent...
We show how to obtain infinitely many continued fractions for certain Z-linear combinations of zeta ...
AbstractIn this paper we prove a theorem allowing us to determine the continued fraction expansion f...
In his lost notebook, Ramanujan has defined the function ρ(a, b) by ρ(a, b) := 1 + 1 b X∞ n=0 (−1...
Continued fractions provide a very effective toolset for approximating functions. Usually the contin...
Expansion theorem. Every power series (1 · 10) C0 + C1x + C2x2+&ldots;,+Cn xn determines u...
We describe various properties of continued fraction expansions of complex numbers in terms of Gauss...
AbstractWe use the continued fraction expansion ofαto obtain a simple, explicit formula for the sumC...
This bachelor thesis deals with one of the well-known mathematical constants, the number π. The form...
The continued fraction expansion of an irrational number $\alpha$ is eventually periodic if and only...
AbstractFor any real number β>1, let ε(1,β)=(ε1(1),ε2(1),…,εn(1),…) be the infinite β-expansion of 1...