“…In 2011, F. Luca and R. Oyono [2] concluded that there is no solution (m, n, s) to the Diophantine equation F s m + F s m+1 = F n for integers m ≥ 2, n ≥ 1, s ≥ 3 by applying linear form in logarithms. There are many papers in the literature which solve Diophantine equations related to Fibonacci numbers and Lucas numbers [3][4][5][6][7][8][9][10][11][12][13][14]. In 2013, D. Marques and A. Togbé [3] found all solutions (n, a, b, c) to the Diophantine equation F n = 2 a + 3 b + 5 c and L n = 2 a + 3 b + 5 c for integers n, a, b, c with 0 ≤ max{a, b} ≤ c. In 2019, B. D. Bitim [4] investigated the solutions (n, m, a) to the Diophantine equation L n − L m = 2 • 3 a for nonnegative integers n, m, a with n > m. Let p be a prime number and max{a, b} ≥ 2, in 2009, F. Luca and P. Stǎnicǎ [5] concluded that there are only finitely many positive integer solutions (n, p, a, b) to the Diophantine equation…”