summary:After some remarks about the analogy between the classical gamma-function and Gaussian sums over finite fields a complete, very short explicit proof is given of an identity expressing a certain sum of products of Gaussian sums as a product of Gaussian sums. This identity is an analogue of the classical Barnes' first lemma for the gamma-function. Four multiplicative characters of a finite field are concerned; the usually necessary restrictions on the triviality of certain products of these characters are avoided by the use of corrective terms. References are given for other approaches of this identity.\par In [2] a parallel proof is given for the classical identity and its finite analogue; the status of this reference has meanwhile c...
This paper is a summary of some papers [4,5,6] such that using special commutative group algebras, w...
We present novel elementary proofs of Stirling's approximation formula and Wallis' product formula,...
We establish a new identity for generalized hypergeometric functions and apply it for first- and sec...
summary:After some remarks about the analogy between the classical gamma-function and Gaussian sums ...
summary:After some remarks about the analogy between the classical gamma-function and Gaussian sums ...
We give a definition of generalized hypergeometric functions over finite fields using modified Gauss...
Essentially, whenever a generalized hypergeometric series can be summed in terms of gamma functions,...
A combinatorial proof of the Gaussian product inequality (GPI) is given under the assumption that ea...
Essentially, whenever a generalized hypergeometric series can be summed in terms of gamma functions,...
Abstract. We present a new short proof of Stirling’s formula for the Gamma function. Our approach is...
We prove explicit formulas for certain first and second moment sums of families of Gaussian hypergeo...
In this note, we aim to establish Pδ-transforms of ₂F₂ generalized hypergeometric functions in terms...
We present a new short proof of Stirling\u27s formula for the Gamma function. Our approach is based ...
Abstract. The multiple gamma function Γn, defined by a recurrence-functional equation as a generaliz...
AbstractLet X be a vector space of dimension n over a finite field Fq of characteristic p ≠ 2. We de...
This paper is a summary of some papers [4,5,6] such that using special commutative group algebras, w...
We present novel elementary proofs of Stirling's approximation formula and Wallis' product formula,...
We establish a new identity for generalized hypergeometric functions and apply it for first- and sec...
summary:After some remarks about the analogy between the classical gamma-function and Gaussian sums ...
summary:After some remarks about the analogy between the classical gamma-function and Gaussian sums ...
We give a definition of generalized hypergeometric functions over finite fields using modified Gauss...
Essentially, whenever a generalized hypergeometric series can be summed in terms of gamma functions,...
A combinatorial proof of the Gaussian product inequality (GPI) is given under the assumption that ea...
Essentially, whenever a generalized hypergeometric series can be summed in terms of gamma functions,...
Abstract. We present a new short proof of Stirling’s formula for the Gamma function. Our approach is...
We prove explicit formulas for certain first and second moment sums of families of Gaussian hypergeo...
In this note, we aim to establish Pδ-transforms of ₂F₂ generalized hypergeometric functions in terms...
We present a new short proof of Stirling\u27s formula for the Gamma function. Our approach is based ...
Abstract. The multiple gamma function Γn, defined by a recurrence-functional equation as a generaliz...
AbstractLet X be a vector space of dimension n over a finite field Fq of characteristic p ≠ 2. We de...
This paper is a summary of some papers [4,5,6] such that using special commutative group algebras, w...
We present novel elementary proofs of Stirling's approximation formula and Wallis' product formula,...
We establish a new identity for generalized hypergeometric functions and apply it for first- and sec...