Results 71 to 80 of about 717 (218)
Fractal holographic construct and the field theory of K. Lewin [PDF]
Background. Key issues of approaches to the field theory of K. Levin within the nature (concept) of fractal and holographic construct are considered. At the beginning of the 20th century neopositivism, the newly-developed philosophical trend, proclaimed ...
Boris A. Bogatykh
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A Generalization of Gaussian Balancing and Gaussian Balancing‐Lucas Numbers With Applications
In this paper, we study a generalization of Gaussian balancing and Gaussian Lucas‐balancing numbers, we find their generating functions, Binet formulas, related matrix representation, and many other properties. Also, we provide some applications in cryptography.
T. Al-Asoully +2 more
wiley +1 more source
In this research, we proposed a new concept called as the H-Nacci sequence. The H-Nacci sequence (Fibonacci sequences of length h) is a collection of numbers developed from the coefficients of the generalized m-th Fibonacci equation.
Muflih Alhazmi +7 more
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Some problems related to the growth of z ( n ) $z(n)$
Let ( F n ) n ≥ 0 $(F_{n})_{n\geq 0}$ be the Fibonacci sequence. The order of appearance z ( n ) $z(n)$ of a positive integer n is defined as z ( n ) : = min { k ≥ 1 : n ∣ F k } $z(n):= \min \{k\geq 1: n\mid F_{k}\}$ .
Pavel Trojovský
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The Lucas collocation approach is used in this study to approximate a fractional‐order financial crime model (FOFCM) numerically. The model categorizes the population into five groups: persons without a financial criminal past, those inclined toward financial crimes, active participants, individuals undergoing prosecution, and those imprisoned.
Mahmoud Abd El-Hady +4 more
wiley +1 more source
A Pincherle‐Type Convergence Theorem for Generalized Continued Fractions in Banach Algebras
This contribution is dedicated to the interdependence of higher order linear difference equations and generalized continued fractions in Banach algebras. It turns out that the computation of certain subdominant solutions of a higher order linear difference equation can be done more efficiently by considering its adjoint equation.
Hendrik Baumann +2 more
wiley +1 more source
On the K-generalized Fibonacci matrix Qk
The k-generalized Fibonacci sequence {g(k)n} is defined as follows: g(k)1 = … = g(k)k − 2 = 0, g(k)k − 1 = g(k)k = 1, and for n > k ⩾ 2, g(k)n = g(k)n − 1 + g(k)n − 2 + … g(k)n − k.
Lee, S.-G., Lee, G.-Y., Shin, H.-G.
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Leonardo Cartan Numbers and Related Fibonacci–Lucas Structures
This paper investigates the Leonardo Cartan numbers, defined as an extension of the classical Leonardo sequence through additional algebraic structures. The recurrence relations of these numbers are established, and various summation formulas are derived.
Hasan Çakır +2 more
wiley +1 more source
On the sequences of $(q,k)$-generalized Fibonacci numbers [PDF]
We consider a new family of recurrence sequences, the $(q,k)$-generalized Fibonacci numbers. These sequences naturally extend the well-known sequences of $k$-generalized Fibonacci numbers and generalized $k$-order Pell numbers.
Jean Lelis +3 more
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On the Fibonacci and the Generalized Fibonacci Sequence
Fibonacci numbers and their sequence are found abundantly in nature. There is a close relation among the Golden, Fibonacci, and Lucas ratios. Such ratios are inherent to design, architecture, construction, and even to the beauty of different natural and manmade solid objects.
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