Category:Definitions/Strong Fibonacci Pseudoprimes
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This category contains definitions related to Strong Fibonacci Pseudoprimes.
Related results can be found in Category:Strong Fibonacci Pseudoprimes.
A strong Fibonacci pseudoprime is a Carmichael number which also satisfies one of the following conditions:
Type I
A strong Fibonacci pseudoprime of type I is a Carmichael number $N = \ds \prod p_i$ such that an even number of the prime factors $p_i$ are of the form $4 m - 1$ where:
\(\text {(1)}: \quad\) | \(\ds 2 \paren {p_i + 1}\) | \(\divides\) | \(\ds \paren {N - 1}\) | for those $p_i$ of the form $4 m - 1$ | ||||||||||
\(\text {(2)}: \quad\) | \(\ds \paren {p_i + 1}\) | \(\divides\) | \(\ds \paren {N \pm 1}\) | for those $p_i$ of the form $4 m + 1$ |
Type II
A strong Fibonacci pseudoprime of type II is a Carmichael number $N = \ds \prod p_i$ such that an odd number of the prime factors $p_i$ are of the form $4 m - 1$ where:
- $2 \paren {p_i + 1} \divides \paren {N - p_i}$ for all $p_i$
Pages in category "Definitions/Strong Fibonacci Pseudoprimes"
The following 4 pages are in this category, out of 4 total.