20201027, 18:33  #782 
Jun 2012
Boulder, CO
2^{2}×53 Posts 
Some factors found so far. Each line is (b, n, sign, factor) i.e. the factor divides b^n1.

20201028, 00:22  #783 
Sep 2008
Kansas
6152_{8} Posts 
Wow! Pascal is on the ball. From what I can tell these numbers have already been removed from the file.

20201028, 09:52  #784 
Just call me Henry
"David"
Sep 2007
Cambridge (GMT/BST)
1677_{16} Posts 
There is probably more low hanging fruit currently due to that big RB being cleared.

20201030, 20:11  #785 
Jun 2012
Boulder, CO
D4_{16} Posts 

20201030, 22:59  #786 
Sep 2008
Kansas
6152_{8} Posts 

20201102, 13:21  #787 
Apr 2006
5·19 Posts 
Thank you Ryan !
You factored more than one in ten most wanted composites. Now I can try to get to 10^2200. 
20201102, 14:09  #788 
Jun 2012
Boulder, CO
2^{2}×53 Posts 

20201102, 14:12  #789 
Just call me Henry
"David"
Sep 2007
Cambridge (GMT/BST)
13167_{8} Posts 

20201107, 13:53  #790 
Jun 2012
Boulder, CO
2^{2}·53 Posts 

20201108, 14:05  #791 
Apr 2006
5·19 Posts 
There is already a file t2200 of firstencountered composites replacing t2100.
There will be a last update of mwrb2100 in a week or two, only to see the impact of your nearly 300 factors. There will be a file mwrb2200 in 2 or 3 months if nothing goes wrong, which will imply OPN > \(10^{2200}\). 
20201108, 21:40  #792  
Mar 2019
127 Posts 
Quote:


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