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20172025
most citedCharacterization of the strong divisibility property for generalized Fibonacci polynomials

10 citations · 15 across the 6 of their papers we have counts for

collaborators

6 papers

math.CO2025

Zeros and Orthogonality of generalized Fibonacci polynomials

Cristian F. Coletti, Rigoberto Flórez, Robinson A. Higuita +1

This paper analyzes the concept of orthogonality in second-order polynomial sequences that have Binet formula similar to that of the Fibonacci and Lucas numbers, referred to as Gen…

math.GM2024

Fibonacci--Theodorus Spiral and its properties

Michael R. Bacon, Charles K. Cook, Rigoberto Flórez +3

Inspired by the ancient spiral constructed by the greek philosopher Theodorus which is based on concatenated right triangles, we have created a spiral. In this spiral, called \emph…

math.NT2018★ 2 cited

The resultant, the discriminant, and the derivative of generalized Fibonacci polynomials

Rigoberto Flórez, Robinson Higuita, Alexander Ramírez

A second order polynomial sequence is of \emph{Fibonacci-type} (\emph{Lucas-type}) if its Binet formula has a structure similar to that for Fibonacci (Lucas) numbers. Known example…

math.NT2018

The Geometry of some Fibonacci Identities in the Hosoya Triangle

Rigoberto Flórez, Robinson A. Higuita, Antara Mukherjee

The \emph{Hosoya triangle} is a triangular array where every entry is a product of two Fibonacci numbers. We use the geometry of this triangle to find new identities related to Fib…

math.CO2017★ 3 cited

Star of David and other patterns in the Hosoya-like polynomials triangles

Rigoberto Florez, Robinson A. Higuita, Antara Mukherjee

In this paper we first generalize the numerical recurrence relation given by Hosoya to polynomials. Using this generalization we construct a Hosoya-like triangle for polynomials, w…

math.NT2017★ 10 cited

Characterization of the strong divisibility property for generalized Fibonacci polynomials

Rigoberto Flórez, Robinson A. Higuita, Antara Mukherjee

It is known that the greatest common divisor of two Fibonacci numbers is again a Fibonacci number. It is called the strong divisibility property. However, this property does not ho…