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Type: Article
Algebraic independence of infinite products generated by Fibonacci and Lucas numbers
Abstract:
The aim of this paper is to give an algebraic independence result for the two infinite products involving the Lucas sequences of the first and second kind. As a consequence, we derive that the two infinite products Pi(infinity)(k=1)(1+1/F-2(k)) and Pi(infinity)(k=1)(1+1/L-2(k)) are algebraically independent over Q, where {F-n}(n >= 0) and {L-n}(n >= 0) are the Fibonacci sequence and its Lucas companion, respectively.
The aim of this paper is to give an algebraic independence result for the two infinite products involving the Lucas sequences of the first and second kind. As a consequence, we derive that the two infinite products Pi(infinity)(k=1)(1+1/F-2(k)) and Pi(infinity)(k=1)(1+1/L-2(k)) are algebraically independent over Q, where {F-n}(n >= 0) and {L-n}(n >= 0) are the Fibonacci sequence and its Lucas companion, respectively.
Keywords: Equations
MSC: 11J85 (11B39)
Journal: Hokkaido Mathematical Journal
ISSN: 0385-4035
Year: 2014
Volume: 43
Number: 1
Pages: 1-20



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