20220919, 19:01  #45 
"TF79LL86GIMPS96gpu17"
Mar 2017
US midwest
5^{3}×59 Posts 
I think the term "shoutout" does not apply there, as it generally means a positive mention, relating to an accomplishment, neither of which apply regarding your minimal and misguided involvement with M384989999. https://www.dictionary.com/browse/shoutout https://dictionary.cambridge.org/dic...lish/shoutout etc.
M384989999 which you assured us was prime has already been found composite, but that run apparently lacked a proof file uploaded to the server, so I am independently verifying it as composite with a run that should produce an uploadable proof file for additional verification of complete and accurate computation, as I do with all feasible predictions of Mxx or other "dubious" claims. ("Dubious" being a polite substitute for some moredescriptive adjectives. You wrote it first: "spewing uneducated rubbish here". In this forum there is in general a low tolerance for nonsense.) Last fiddled with by kriesel on 20220919 at 19:11 
20221014, 14:22  #46 
"TF79LL86GIMPS96gpu17"
Mar 2017
US midwest
5^{3}·59 Posts 
Combined list update: Predict Mxx lacking completed DC, and dubious claims lacking completed DC, but within range of feasible P1 factoring, yields 2 uncompleted exponents (for now). Current status of each, plus a recently completed follows:
M384989999 (a particular dubious claim) TF & P1 factoring completed, ShenTianYing reported a poached composite result 20220901, apparently without proof generation. Its LSBs remain masked, but the unmasked bits are matched by a subsequent DC. Kriesel completed DC PRP with proof generation 20221001. Naegi Makoto completed the cert for it successfully 20221013. M384989999 is conclusively proven composite. limit of mersenne.org current server hardware automatic handling of proof files is ~ 596M limit of mersenne.org exponent range 1000M M1000000007 (from predict M52 list) TF and P1 done; Kriesel is running a first PRP/proof, feasible in ~4.5 months in Gpuowl on a Radeon VII, now 8.9% complete. limit of mprime/prime95 AVX512 64M fft exponent handling (PRP, proof, cert,...) 1169M limit of available PRP/proofcapable gpuowl versions 2172.36M M2252945257 (from predict M51 list) TF done, Mlucas P1 stage 1 NF, stage 2 running at ~39.7% completed now, total time for both stages estimated at 9.8 months on an Intel i57600T; no first PRP test yet, waiting on P1 GCD results, then wait for Mlucas V21 proof capable version release (but run time would be very long on any CPU hardware I have. A modified Gpuowl with >120M fft length might complete it in ~2.8 years on a Radeon VII. And there is no proof file upload destination or Cert assignment or processing capability for such a large exponent, which would require adding ~128M fft in prime95.) Last fiddled with by kriesel on 20221014 at 14:26 
20221014, 15:57  #47  
Sep 2009
2^{2}×607 Posts 
Quote:


20221014, 17:27  #48  
"James Heinrich"
May 2004
exNorthern Ontario
11×373 Posts 
Quote:


20221207, 15:20  #49 
"TF79LL86GIMPS96gpu17"
Mar 2017
US midwest
5^{3}×59 Posts 
Combined list update: Predict Mxx lacking completed DC, and dubious claims lacking completed DC, but within range of feasible P1 factoring, yields 2 uncompleted exponents (for now). Current status of each follows, with changes in bold:
limit of mersenne.org current server hardware automatic handling of proof files is ~ 596M limit of mersenne.org exponent range 1000M M1000000007 (from predict M52 list) TF and P1 done; Kriesel is running a first PRP/proof, feasible in ~4.5 months in Gpuowl on a Radeon VII, now 46.1% complete. limit of mprime/prime95 AVX512 64M fft exponent handling (PRP, proof, cert,...) 1169M limit of available PRP/proofcapable gpuowl versions 2172.36M M2252945257 (from predict M51 list) TF done, Mlucas P1 stage 1 NF, stage 2 running at ~48.2% completed now, total time for both stages estimated at 9.8 months on an Intel i57600T; (P1 stage 2 was delayed about a month due to a stage 2 resume bug since resolved); no first PRP test yet, waiting on P1 GCD results, then wait for Mlucas V21 proof capable version release (but run time would be very long on any CPU hardware I have. A modified Gpuowl with >120M fft length might complete it in ~2.8 years on a Radeon VII. And there is no proof file upload destination or Cert assignment or processing capability for such a large exponent, which would require adding ~128M fft in prime95.) Last fiddled with by kriesel on 20221207 at 15:20 
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