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super-primes up to x. This can be used to show that the set of all super-primes is small. One can also define "higher-order" primeness much the same way and obtain analogous sequences of primes (Fernandez 1999). A variation on this theme is the sequence of prime numbers with palindromic prime indices, beginning with
2.63 Super-primes. 2.64 Supersingular primes. 2.65 Thabit primes. ... All prime numbers from 31 to 6,469,693,189 for free download. Lists of Primes at the Prime Pages.
The following table lists the progression of the largest known prime number in ascending order. [4] Here M p = 2 p − 1 is the Mersenne number with exponent p, where p is a prime number. The longest record-holder known was M 19 = 524,287, which was the largest known prime for 144 years. No records are known prior to 1456.
The table below lists the largest currently known prime numbers and probable primes (PRPs) as tracked by the PrimePages and by Henri & Renaud Lifchitz's PRP Records. Numbers with more than 2,000,000 digits are shown.
Pages in category "Classes of prime numbers" The following 76 pages are in this category, out of 76 total. ... Strobogrammatic number; Strong prime; Super-prime;
In mathematics, a supersingular prime is a prime number satisfying one of the following concepts: Supersingular prime (for an elliptic curve), in algebraic number theory;
Similarly, their respective prime indices (21 and 12) in the list of prime numbers are also permutations of the same digits (1, and 2). 73 is the 21st prime number. It satisfies the "product property" since the product of its decimal digits is precisely in equivalence with its index in the sequence of prime numbers. i.e., 21 = 7 × 3. On the ...
283 is an odd prime number, [1] a twin prime with 281, and a super prime, meaning that it is the nth prime where n is a prime number as well. [2] 283 is a strictly non palindromic number. That means that between base 2 and base n-2, that number is never palindromic. [3] 283 is a number such that 4 283-3 283 is prime. [4] 283 is equivalent to 2 ...