Note 2023 is the last year that I will maintain this site--there is currently no plan to continue it after that.

Yves Gallot's GeneFer

A titan, as defined by Samuel Yates, is anyone who has found a titanic prime. This page provides data on those that have found these primes. The data below only reflects on the primes currently on the list. (Many of the terms that are used here are explained on another page.)

Proof-code(s):	p316, p317, p318, p319, p329 ... ... L5603, L5604, L5605, L5606, L5617
E-mail address:	(e-mail address unpublished)
Web page:	http://www.assembla.com/code/genefer/subversion/nodes
Username	GeneFer	(entry created on 2/13/2011 00:11:34 CDT)
Database id:	2740	(entry last modified on 11/17/2022 18:38:48 CDT)
Program Does *:	prp, special
Active primes:	on current list: 1387, rank by number 5
Total primes:	number ever on any list: 2421
Production score:	for current list 54 (normalized: 19097), total 54.5545, rank by score 6
Largest prime:	1963736^1048576 + 1 ‏(‎6598776 digits) via code L4245 on 9/26/2022 17:28:41 CDT
Most recent:	118888350¹³¹⁰⁷² + 1 ‏(‎1058425 digits) via code L4999 on 11/27/2022 13:27:15 CDT
Entrance Rank:	mean 2084.25 (minimum 12, maximum 49141)

Descriptive Data: (report abuse)

Genefer is a suite of programs for performing Probable Primality tests of (and as of 2016, primality proofs for) Generalized Fermat numbers. Highly optimised implementations of a specific transform are available for x86 CPU and for GPU supporting OpenCL.

Genefer has been extensively used by PrimeGrid computing project.

Genefer was originally developed by Yves Gallot in 2001 and was further improved by David Underbakke and Mark Rodenkirch.

The current version includes contributions from a number of developers, and has been open-source since 2011. Genefer is released under the MIT license.

Surname: GeneFer (used for alphabetizing and in codes).
Unverified primes are omitted from counts and lists until verification completed.

I administer Yves Gallot's GeneFer and I would like to