20181012, 17:47  #23  
"99(4^34019)99 palind"
Nov 2016
(P^81993)SZ base 36
3,119 Posts 
Quote:
Now, I am running 12 and 13 (also, I have run 2^n1 and 2^n+1 for n<=64) Last fiddled with by sweety439 on 20181012 at 17:52 

20181012, 17:59  #24 
"99(4^34019)99 palind"
Nov 2016
(P^81993)SZ base 36
3,119 Posts 

20181013, 18:14  #25 
"Nuri, the dragon :P"
Jul 2016
Good old Germany
2^{2}·211 Posts 
Taking 3^190.

20181014, 00:54  #26 
"Rich"
Aug 2002
Benicia, California
19·73 Posts 
6^153
Taking 6^153

20181014, 14:30  #27 
"Garambois JeanLuc"
Oct 2011
France
2^{4}·43 Posts 
OK, Updated.
1) kar_bon, n=6 updated. 2) sweety439, OK, n=12, n=13 and n=439 have been added. I'll add n superiors when they're booked. I ran a large prime number (10^10+19) just to see if the behavior is very different from the one with the small prime numbers. 3) MisterBitcoin : OK, done, but read point N°5) 4) richs : OK, done 5) I have tried to make the table that gives the definitions clearer on the page. The previous explanations did not make it clear that if there is a name code, the aliquot sequence is already reserved. I hope that with these new explanations, it's more understandable ! Thanks to all for your help ! 
20181014, 14:45  #28 
"Nuri, the dragon :P"
Jul 2016
Good old Germany
2^{2}·211 Posts 
Sequence 3^190 lost his driver 2^2.
Meeh. Now at 306. GNFS was a bit faster. ^^ Drop 3^190 Take 12^72 12^73 12^74 12^75 12^76 Note: There was no need to add n=12; 13 and 439. These are normal sweety thinks. Note 2: I´m not blind, but the older version was a bit .....misunderstandable. Last fiddled with by MisterBitcoin on 20181014 at 14:56 
20181014, 14:50  #29 
"Nuri, the dragon :P"
Jul 2016
Good old Germany
2^{2}·211 Posts 
12^72 terminates
12^74 terminates Sequence 12^72 terminated at index 56 with the prime 742289. Sequence 12^74 terminated at index 9 with an P44. Last fiddled with by MisterBitcoin on 20181014 at 14:57 Reason: added 12^74 
20181014, 16:59  #30 
"Nuri, the dragon :P"
Jul 2016
Good old Germany
2^{2}×211 Posts 
12^76 terminates at index 67 with P11.
12^78 terminates 12^80 terminates Take 12^77 Last fiddled with by MisterBitcoin on 20181014 at 17:34 
20181014, 20:05  #31 
"Nuri, the dragon :P"
Jul 2016
Good old Germany
2^{2}×211 Posts 
Terminations
12^82 (anonym) 12^84 (anonym) 12^86 (by me) Last fiddled with by MisterBitcoin on 20181014 at 20:05 
20181015, 13:27  #32 
Sep 2008
Kansas
D84_{16} Posts 
11^103 terminates  with a p72.

20181015, 19:17  #33 
"Garambois JeanLuc"
Oct 2011
France
2^{4}·43 Posts 
OK, that's all done.
Please report any booking errors to me. Thank you for your help. 
Thread Tools  
Similar Threads  
Thread  Thread Starter  Forum  Replies  Last Post 
Broken aliquot sequences  fivemack  FactorDB  46  20210221 10:46 
Broken aliquot sequences  schickel  FactorDB  18  20130612 16:09 
A new theorem about aliquot sequences  garambois  Aliquot Sequences  34  20120610 21:53 
poaching aliquot sequences...  Andi47  FactorDB  21  20111229 21:11 
New article on aliquot sequences  schickel  mersennewiki  0  20081230 07:07 