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#89 |
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May 2008
Wilmington, DE
22·23·31 Posts |
Added 926*133^n-1 with a weight of 1570
Mathew's prime is the culprit. |
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#90 |
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May 2008
Wilmington, DE
285210 Posts |
Added 194*883^n-1 with a weight of 850 courtesy of unconnected
Last fiddled with by MyDogBuster on 2013-08-01 at 14:48 |
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#91 |
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May 2008
Wilmington, DE
22·23·31 Posts |
Add 122*318^n-1 compliments of serge with a weight of 309
_____________ EDIT (SB): I am now finishing it to 525k. (The last k is very "thin", but as such it goes to stratosphere very fast.) Last fiddled with by Batalov on 2013-08-26 at 22:51 |
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#92 |
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"Serge"
Mar 2008
Phi(4,2^7658614+1)/2
224208 Posts |
Don't posts starting from #92 deserve a split into a separate thread?
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#94 | |
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Romulan Interpreter
Jun 2011
Thailand
23×419 Posts |
Quote:
As expected, or by coincidence, after split, your post is new #92, hehe... Sorry but I couldn't resist, this is really fun if read now, after the split. [/offtopic] |
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#95 |
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Sep 2013
Perth, Au.
2·72 Posts |
Added 106*678^n+1 with a weight of 533
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#96 |
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Sep 2013
Perth, Au.
2·72 Posts |
Added 74*864^n+1 with weight of 926
Currently only tested to 72k. Search continues. |
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#97 |
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May 2007
Kansas; USA
101·103 Posts |
I'm not sure where you are getting your weights from. 106*678^n+1 has a weight of 1143 and 74*864^n+1 has a weight of 2012.
Weights are computed for n=100001 to n=110K to a sieve depth of P=511. |
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#98 |
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Sep 2013
Perth, Au.
11000102 Posts |
Your right. Quoted weight should be Nash weight. I was using -P 1e6.
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#99 |
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May 2008
Wilmington, DE
22×23×31 Posts |
144*1009^n+1 was added with a weight of 1607 courtesy of rogue
Last fiddled with by MyDogBuster on 2014-04-08 at 02:45 |
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