Pages that link to "Item:Q2501204"

The following pages link to Classical and modular approaches to exponential Diophantine equations. I: Fibonacci and Lucas perfect powers (Q2501204):

Displaying 50 items.

• Diophantine equations with products of consecutive terms in Lucas sequences (Q2569017) (← links)
• On Fibonacci numbers with few prime divisors (Q2577611) (← links)
• \(k\)-Fibonacci powers as sums of powers of some fixed primes (Q2664017) (← links)
• On characteristic polynomial of higher order generalized Jacobsthal numbers (Q2670600) (← links)
• Pell and Pell-Lucas numbers as product of two repdigits (Q2680733) (← links)
• Padovan or Perrin numbers that are concatenations of two distinct base \(b\) repdigits (Q2685554) (← links)
• Sums of Fibonacci numbers close to a power of 2 (Q2686099) (← links)
• Common terms of \(k\)-pell numbers and Padovan or Perrin numbers (Q2693829) (← links)
• Cullen numbers in sums of terms of recurrence sequence (Q2696285) (← links)
• The terms of the form \(7kx^{2}\) in the generalized Lucas sequence with parameters \(P\) and \(Q\) (Q2804253) (← links)
• On the largest prime factor of the \(k\)-Fibonacci numbers (Q2840311) (← links)
• Linear combinations of prime powers in binary recurrence sequences (Q2965766) (← links)
• A modular approach to cubic Thue-Mahler equations (Q2967971) (← links)
• PERFECT POWERS IN PRODUCTS OF TERMS OF ELLIPTIC DIVISIBILITY SEQUENCES (Q2976269) (← links)
• Divisor divisibility sequences on tori (Q2985896) (← links)
• Covers of the integers with odd moduli and their applications to the forms $x^{m}-2^{n}$ and $x^{2}-F_{3n}/2$ (Q3055177) (← links)
• Repdigits as sums of two Padovan numbers (Q3120418) (← links)
• Powers in recurrence sequences: Pell equations (Q3155974) (← links)
• SOME REMARKS ON THE RIEMANN ZETA FUNCTION AND PRIME FACTORS OF NUMERATORS OF BERNOULLI NUMBERS (Q3167461) (← links)
• DENOMINATORS OF BERNOULLI POLYNOMIALS (Q3176209) (← links)
• (Q3177673) (← links)
• Pell and Pell-Lucas numbers of the form $-2^a-3^b+5^c$ (Q3297019) (← links)
• On the problem of Pillai with k-generalized Fibonacci numbers and powers of 3 (Q3303493) (← links)
• Classical and modular approaches to exponential Diophantine equations II. The Lebesgue–Nagell equation (Q3379047) (← links)
• (Q3387008) (← links)
• Carmichael numbers in the sequence $(2^n k+1)_{n\geq 1}$ (Q3450041) (← links)
• On a problem of Diophantus for higher powers (Q4457850) (← links)
• A Diophantine equation in $k$-Fibonacci numbers and repdigits (Q4565095) (← links)
• On the zero–multiplicity of a fifth-order linear recurrence (Q4629110) (← links)
• There is no Diophantine quintuple (Q4633637) (← links)
• On the number of solutions of the generalized Ramanujan-Nagell equation <i>D</i>₁<i>X</i>² + <i>D</i><i>^M</i>₂ = 2^<i>N</i>+2 (Q4639233) (← links)
• On prime factors of the sum of two k-Fibonacci numbers (Q4639974) (← links)
• PERFECT POWERS THAT ARE SUMS OF TWO POWERS OF FIBONACCI NUMBERS (Q4645763) (← links)
• Repdigits as sums of four Fibonacci or Lucas numbers (Q4684599) (← links)
• On factorials expressible as sums of at most three Fibonacci numbers (Q4933550) (← links)
• The Diophantine equation Fn = P(x) (Q4970767) (← links)
• Pell factoriangular numbers (Q4985656) (← links)
• Fibonacci numbers which are concatenations of two repdigits (Q4986570) (← links)
• Repdigits a sums of two Lucas numbers (Q4994233) (← links)
• (Q5021085) (← links)
• Diophantine approximation (Q5022293) (← links)
• Repdigits base <i>b</i> as products of two Lucas numbers (Q5023633) (← links)
• Exponential Diophantine Equations (Q5038215) (← links)
• Lucas Numbers Which are Products of Two Balancing Numbers (Q5038219) (← links)
• Repdigits as sums of two associated Pell numbers (Q5049845) (← links)
• On the Diophantine equations \(F_N=P_M\pm P_{\ell}\) and \(P_n= F_m\pm F_{\ell}\) involving Fibonacci and Pell numbers (Q5057062) (← links)
• On the \(x\)-coordinates of Pell equations which are Narayana numbers (Q5057063) (← links)
• Narayana numbers as sums of two base b repdigits (Q5058294) (← links)
• Complete solution of the exponential Diophantine equation \(P_n^x +P_{n+1}^x =P_m^y\) (Q5060324) (← links)
• POWERS OF THREE AS DIFFERENCE OF TWO FIBONACCI NUMBERS (Q5073987) (← links)