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Messages 9373 - 9402 of 9803   Oldest  |  < Older  |  Newer >  |  Newest
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9373
... PS: I also noted that in Musatov's beta-minus effort http://www.newmedici.com/2009/01/31/primediscovery/ for SCRW 313 Beginning Screenwriting Raphael...
David Broadhurst
djbroadhurst
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Feb 1, 2009
12:48 pm
9374
I do love that scene from "Good Will hunting". http://www.newmedici.com/2009/01/31/primediscovery/ Now, he is sending me email. Let me put it this way Musatov:...
Shane
divineprime
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Feb 1, 2009
1:37 pm
9375
... A neat riposte, Shane. Yet in the case of Musatov's bathetically incompetent frauds there must be several hundred folk listed at the Prime Pages alone who...
David Broadhurst
djbroadhurst
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Feb 1, 2009
5:25 pm
9376
Hello, I'm shure these are known that 2^173242173089-1 have factor 8315624308273, 2^672937259-1 have factor 1391474092544359, 2^201881177-1 have factor...
Norman Luhn
nluhn
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Feb 1, 2009
5:33 pm
9377
... Off list, Maximilian Hasler asked for a timing to discover such small factors. Here goes: {mfac(p)=local(q=1);while(q&&q<10^16,q=q+2*p; ...
David Broadhurst
djbroadhurst
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Feb 1, 2009
6:02 pm
9378
Well done. Is it easy to detect result iterations like that of LLR? If not, then can you detect LLR's last write changes to it's result file? To be practical...
Shane
divineprime
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Feb 1, 2009
8:04 pm
9379
Sorry, I made a mistake. You'd need to be able to write to the llr.ini file, first not the lresults.txt file. ... test...
Shane
divineprime
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Feb 1, 2009
8:11 pm
9380
Hi,I have been looking at primes that are the evaluation of polynomialswith sequential prime coefficients which I call primenomials. For example f(x) = 7x^3 +...
cino hilliard
hillcino368
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Feb 2, 2009
5:07 am
9381
... Call this script file "pfgw.txt" : SCRIPT DIM n1,13409 DIM n2,10^6 DIM mm,257 DIM xx DIM ii DIM yy DIM tt DIMS st SET xx,n1 LABEL loopx SET ii,1 SET yy,2 ...
David Broadhurst
djbroadhurst
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Feb 2, 2009
4:48 pm
9382
... ******************** Joke about I read on the 8 new M..., congrats for David and others I d'nt found 8 new Mersenne primes but more than 2,000 of near...
Pierre CAMI
pierrecami
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Feb 2, 2009
6:51 pm
9383
... We better add that j > 1, else the problem is trivial :-) ... No, Pierre. The sum of those two ratios must diverge at large n, according to the prime...
David Broadhurst
djbroadhurst
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Feb 3, 2009
7:15 am
9384
... ********************************************************* I d'nt claim what you write , I just say that for large n let say n=10^1000000 the sum j+k may be...
Pierre CAMI
pierrecami
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Feb 3, 2009
8:52 am
9385
... Indeed. That is why I spoke of probabilities. Consider n in a range from N to N+M where M is huge, but N is enormously *huger* than M. (Neither of us has...
David Broadhurst
djbroadhurst
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Feb 3, 2009
12:28 pm
9386
... I did record this cumulative data set, ... ********************************************* The problem now is that we d'nt have the same results Here the...
Pierre CAMI
pierrecami
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Feb 3, 2009
1:46 pm
9387
... The 1500 primes on which my table was based are in http://physics.open.ac.uk/~dbroadhu/cert/pcs.in where the ABC format uses the order k, j, n. Amitiés ...
David Broadhurst
djbroadhurst
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Feb 3, 2009
2:30 pm
9388
... Ah, I did make a mistake, sorry! But it was in compling my third column, where I meant to divide by S2(N) = S1(N)*sqrt(log(N)) [David's suggested trend] ...
David Broadhurst
djbroadhurst
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Feb 3, 2009
3:06 pm
9389
... ************************************************************ Again you help me a lot and I thank you very much Now I just need to know if I well understand...
Pierre CAMI
pierrecami
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Feb 3, 2009
4:48 pm
9390
... Yes, I think that it ought to better than what you had. Here is my simplest "handwaving" argument (not a proof) for the factor of sqrt(log(N)). Previously...
David Broadhurst
djbroadhurst
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Feb 3, 2009
5:53 pm
9391
... ******************************************************************* I hope that in a few days I will get all this in mind but not sure ! You remember me...
Pierre CAMI
pierrecami
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Feb 3, 2009
7:54 pm
9392
Is anyone interested in the fact that the primes are not at all random? Prime gaps (mod6) are twice as likely as their neighbors....
krckhs
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Feb 4, 2009
3:17 pm
9393
... random? ... Indeed many folks are. The pattern the primes have modulo six must be the most rediscovered prime pattern of the last 2,000 years. So once ...
Chris Caldwell
primemogul
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Feb 4, 2009
3:22 pm
9394
... be ... once ... A crucial distinction between the fact that all Primes are of the form +/-6, and the fact that the gaps between the Primes which are (mod6)...
krckhs
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Feb 4, 2009
5:40 pm
9395
Statistics on Pierre Cami's Riesel-hypotenuse (RH) primes I report a statistical study of primes, with the Riesel form k*j^n - 1, for j > 1, k > 0, 3001 > n >...
David Broadhurst
djbroadhurst
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Feb 4, 2009
7:32 pm
9396
http://primes.utm.edu/primes/page.php?id=86528#comments...
David Broadhurst
djbroadhurst
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Feb 4, 2009
11:34 pm
9397
Nice find. Out of curiosity are you doing this as part of a project or are you doing it as part of some other search of your own? ... [Non-text portions of...
Mark Rodenkirch
mgrogue
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Feb 4, 2009
11:40 pm
9398
... *************************************** Bravo David for you nice work I remark that curiously 0.5*sqrt(log(3))= 0.524 not so far may be from the limit And...
Pierre CAMI
pierrecami
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Feb 4, 2009
11:41 pm
9399
... Neither, Mark. I was trying to honour a previous well-meant compliment to you, that you might recall :-) Also it was good to create a 44th provers' code at...
David Broadhurst
djbroadhurst
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Feb 5, 2009
12:05 am
9400
... Apologies for the bad typo, where the last "N" should be "n". ... I have no idea whatsoever of how to derive ~ 0.53, if indeed it is close to an...
David Broadhurst
djbroadhurst
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Feb 5, 2009
12:14 am
9401
... I appreciate the compliment. Thank you. 44 prover codes!!! You certainly do get around, don't you. Although x18, x20, x21 and x43 don't include any...
Mark Rodenkirch
mgrogue
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Feb 5, 2009
12:27 am
9402
As we've been discussing this a little, I wonder if the following would make sense when creating a new prover code. I suggest breaking down the software into...
Mark Rodenkirch
mgrogue
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Feb 5, 2009
12:43 am
Messages 9373 - 9402 of 9803   Oldest  |  < Older  |  Newer >  |  Newest
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