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As you know from another (currently pinned) thread in this subforum, GFN-17-LOW is about to end.
The "LOW" means we are looking at primes with less than 1'000'000 digits.
This thread is about betting/guessing on the number of digits of the last GFN-17-LOW prime. The winner will receive all kinds of congratulations and nice words in this thread.
Note: When I say "last", I mean the largest one (which is "last" when sorting in size order). I do not care about whether a smaller GFN-17 is found at a later time.
Of course, if nobody guesses the exact number of digits, the honor goes to the person who comes closest.
I shall start. I say the last GFN-17-LOW prime will have:
999'248 digits.
/JeppeSN |
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robish Volunteer moderator Volunteer tester
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Joined: 7 Jan 12 Posts: 2223 ID: 126266 Credit: 7,990,315,060 RAC: 5,325,758
                               
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My guess 999983.
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My lucky number 10590941048576+1 |
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tng Send message
Joined: 29 Aug 10 Posts: 500 ID: 66603 Credit: 50,989,008,495 RAC: 24,086,538
                                                    
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998712
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Monkeydee Volunteer tester
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Joined: 8 Dec 13 Posts: 548 ID: 284516 Credit: 1,735,055,462 RAC: 3,098,297
                            
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999937
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My Primes
Badge Score: 4*2 + 6*2 + 7*1 + 8*11 + 9*1 + 11*3 + 12*1 = 169
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Will start sorting the bets:
998'712 tng
999'248 JeppeSN
999'937 Monkeydee
999'983 robish
/JeppeSN
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Scott Brown Volunteer moderator Project administrator Volunteer tester Project scientist
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Joined: 17 Oct 05 Posts: 2420 ID: 1178 Credit: 20,271,239,211 RAC: 24,553,657
                                                
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999741
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Yves Gallot Volunteer developer Project scientist Send message
Joined: 19 Aug 12 Posts: 846 ID: 164101 Credit: 306,572,235 RAC: 5,460

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50/50 for one prime in [42,452,750; 42,597,772].
42452750217 + 1 => 999,805 digits. |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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1076 44'085'096*2^131'072 + 1 1'001'953
1078 44'049'878*2^131'072 + 1 1'001'908
1100 43'165'206*2^131'072 + 1 1'000'753
1101 43'163'894*2^131'072 + 1 1'000'751
1120 42'654'182*2^131'072 + 1 1'000'075
999'983 robish
999'937 Monkeydee
999'922 composite <--------
999'805 Yves Gallot
999'741 Scott Brown
999'248 JeppeSN
998'712 tng
1194 38'734'748*2^131'072 + 1 994'588 (288larsson)
1196 38'310'998*2^131'072 + 1 993'962
1197 38'196'496*2^131'072 + 1 993'791
1198 38'152'876*2^131'072 + 1 993'726
1199 37'909'914*2^131'072 + 1 993'363
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999,942
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Eating more cheese on Thursdays. |
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998,990
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My lucky number is 6219*2^3374198+1
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999,500
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Stealing the idea of composite and starting from the output of https://primes.utm.edu/primes/search.php?Description=%25%5E131072%2B1&MinDigits=990000&MaxDigits=1002000&OnList=all&Number=200&Style=Text:
1076 44085096^131072+1 1'001'953 L4482 2016
1078 44049878^131072+1 1'001'908 L4466 2016
1100 43165206^131072+1 1'000'753 L4309 2016
1101 43163894^131072+1 1'000'751 L4334 2016
1120 42654182^131072+1 1'000'075 L4208 2015
999'983 robish
999,942 Grebuloner
999'937 Monkeydee
999'922 composite
999'805 Yves Gallot
999'741 Scott Brown
999,500 Michael Millerick
999'248 JeppeSN
998,990 dannyridel
998'712 tng
1194 38734748^131072+1 994'588 L4249 2021
1196 38310998^131072+1 993'962 L4737 2021
1197 38196496^131072+1 993'791 L4861 2021
1198 38152876^131072+1 993'726 L4245 2021
1199 37909914^131072+1 993'363 L4249 2021
1201 36531196^131072+1 991'254 L4249 2021
1203 36422846^131072+1 991'085 L4245 2021
1204 36416848^131072+1 991'076 L5202 2021
1205 36038176^131072+1 990'481 L4245 2021
1206 35997532^131072+1 990'416 L4245 2021
1207 35957420^131072+1 990'353 L4245 2021
Let me know if there are any errors.
Note that you can also get a list at https://www.primegrid.com/primes/primes.php?project=GFN131072&dc=yes.
/JeppeSN |
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Michael Goetz Volunteer moderator Project administrator
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Joined: 21 Jan 10 Posts: 14045 ID: 53948 Credit: 485,564,848 RAC: 673,873
                               
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999,821
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My lucky number is 75898524288+1 |
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dthonon Volunteer tester
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Joined: 6 Dec 17 Posts: 435 ID: 957147 Credit: 1,764,717,803 RAC: 59,628
                                 
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999,600 |
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999'727
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My lucky numbers are 121*2^4553899-1 and 3756801695685*2^666669±1
My movie https://vimeo.com/manage/videos/502242 |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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Stealing the idea of composite
/JeppeSN
You get credit for not messing up the primes like I did.
All we need now is an API so that we can write bots to create these kinds of pages without a lengthy message thread. |
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Hi!
999 876
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MyStats
My Badges |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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999,997 |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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I'll probably regret asking this question.
GFN-low will go to where GFN-Mega started?
Is there any chance GFN-Mega missed a Mega? |
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Michael Goetz Volunteer moderator Project administrator
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Joined: 21 Jan 10 Posts: 14045 ID: 53948 Credit: 485,564,848 RAC: 673,873
                               
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I'll probably regret asking this question.
GFN-low will go to where GFN-Mega started?
Is there any chance GFN-Mega missed a Mega?
GFN-17-MEGA started exactly at one million digits in length, so, no, it could not have missed any mega primes.
17-low's last candidate is the largest candidate with 999,999 digits, and 17-mega's first candidate was the smallest candidate with 1,000,000 digits.
If you're asking whether there could have been any calculation errors resulting in a missed prime, the answer is effectively no. You would need a double error with exactly the same mistake in both calculations, and the odds of that of beyond astronomical.
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My lucky number is 75898524288+1 |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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I'll probably regret asking this question.
GFN-low will go to where GFN-Mega started?
Is there any chance GFN-Mega missed a Mega?
GFN-17-MEGA started exactly at one million digits in length, so, no, it could not have missed any mega primes.
17-low's last candidate is the largest candidate with 999,999 digits, and 17-mega's first candidate was the smallest candidate with 1,000,000 digits.
If you're asking whether there could have been any calculation errors resulting in a missed prime, the answer is effectively no. You would need a double error with exactly the same mistake in both calculations, and the odds of that of beyond astronomical.
No I wasn't asking something 'sensible' like a double error.
I think I should try to learn something about what my computers are actually doing, apart from in general looking for primes.
Edit: It isn't any 1,000,000 digit number - it is a number 1,000,000 digits long that can be proven prime by how we look for GFN17? I think I can get this one. Sorry I am clogging up this thread. |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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I guess it's my turn to update the list of guesses.
1076 44085096^131072+1 1'001'953 L4482 2016
1078 44049878^131072+1 1'001'908 L4466 2016
1100 43165206^131072+1 1'000'753 L4309 2016
1101 43163894^131072+1 1'000'751 L4334 2016
1120 42654182^131072+1 1'000'075 L4208 2015
999'997 Nick
999'983 robish
999'942 Grebuloner
999'937 Monkeydee
999'922 composite
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'741 Scott Brown
999'727 Pooh Bear 27
999'600 dthonon
999'500 Michael Millerick
999'248 JeppeSN
998'990 dannyridel
998'712 tng
1194 38734748^131072+1 994'588 L4249 2021
1196 38310998^131072+1 993'962 L4737 2021
1197 38196496^131072+1 993'791 L4861 2021
1198 38152876^131072+1 993'726 L4245 2021
1199 37909914^131072+1 993'363 L4249 2021
1201 36531196^131072+1 991'254 L4249 2021
1203 36422846^131072+1 991'085 L4245 2021
1204 36416848^131072+1 991'076 L5202 2021
1205 36038176^131072+1 990'481 L4245 2021
1206 35997532^131072+1 990'416 L4245 2021
1207 35957420^131072+1 990'353 L4245 2021
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999779 my guess.
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DeleteNull |
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999,999 - I think it would be neat to find a prime at the very end of the search.
I suppose this guess isn't the smartest in the "closest" category. |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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999,999 - I think it would be neat to find a prime at the very end of the search.
I suppose this guess isn't the smartest in the "closest" category.
It would be so cool if this happened. Perfection. |
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1080 44085096^131072+1 1'001'953 L4482 2016
1082 44049878^131072+1 1'001'908 L4466 2016
1104 43165206^131072+1 1'000'753 L4309 2016
1105 43163894^131072+1 1'000'751 L4334 2016
1124 42654182^131072+1 1'000'075 L4208 2015
999'999 KylePolansky
999'997 Nick
999'983 robish
999'942 Grebuloner
999'937 Monkeydee
999'922 composite
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'741 Scott Brown
999'727 Pooh Bear 27
999'600 dthonon
999'500 Michael Millerick
999'248 JeppeSN
998'990 dannyridel
998'712 tng
1198 38824296^131072+1 994'719 L4245 2021
1199 38734748^131072+1 994'588 L4249 2021
1201 38310998^131072+1 993'962 L4737 2021
1202 38196496^131072+1 993'791 L4861 2021
1203 38152876^131072+1 993'726 L4245 2021
1204 37909914^131072+1 993'363 L4249 2021
1206 36531196^131072+1 991'254 L4249 2021
1208 36422846^131072+1 991'085 L4245 2021
1209 36416848^131072+1 991'076 L5202 2021
1210 36038176^131072+1 990'481 L4245 2021
1211 35997532^131072+1 990'416 L4245 2021
1212 35957420^131072+1 990'353 L4245 2021
/JeppeSN
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Someone needs to take 999,998 and join the optimistic club
Edit: I am seeing this 999'998 and not 999,998. I'm all ears. |
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Someone needs to take 999,998 and join the optimistic club
Edit: I am seeing this 999'998 and not 999,998. I'm all ears.
To me, the problem with 999,998 is that in some traditions, it means 999.998. Then 999.998, on the other hand, means 999,998. I sometimes use apostrophe to try to avoid that ambiguity. /JeppeSN |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Someone needs to take 999,998 and join the optimistic club
Edit: I am seeing this 999'998 and not 999,998. I'm all ears.
To me, the problem with 999,998 is that in some traditions, it means 999.998. Then 999.998, on the other hand, means 999,998. I sometimes use apostrophe to try to avoid that ambiguity. /JeppeSN
Cheers that makes sense. It will take me a little while to get used to it. I can see it would be very useful to see numbers at a glance. Yep that is a grouping of three. That is a decimal point. |
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Vato Volunteer tester
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Joined: 2 Feb 08 Posts: 863 ID: 18447 Credit: 884,218,235 RAC: 1,191,709
                           
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might as well dive in with 999899
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999925 |
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288larsson Volunteer tester
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Joined: 17 Apr 10 Posts: 136 ID: 58815 Credit: 6,001,345,135 RAC: 3,137,957
                                   
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Hi 999951 |
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Bur Volunteer tester
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Joined: 25 Feb 20 Posts: 515 ID: 1241833 Credit: 415,654,067 RAC: 24,560
                
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999,909 digits.
Should correspond to a base between 42518334 and 42519078. If my PARI game isn't way off.
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1281979 * 2^485014 + 1 is prime ... no further hits up to: n = 5,700,000 |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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It is good to see we have some proper gamblers joining in.
I mean it could be pretty much any number less than a Meg?
And above what is happening now - knowing that a few primes will be found? |
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My guess 999 000 digits. |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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Is it mathematically guaranteed that there's another sub-mega prime, or is it just highly unlikely that there isn't another one? |
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Is it mathematically guaranteed that there's another sub-mega prime, or is it just highly unlikely that there isn't another one?
There could be none, but the last I saw on discord from a week or so ago was that there are about 15 expected between the leading edge at the time and the 1 million digit cut off.
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Is it mathematically guaranteed that there's another sub-mega prime, or is it just highly unlikely that there isn't another one?
There could be none, but the last I saw on discord from a week or so ago was that there are about 15 expected between the leading edge at the time and the 1 million digit cut off.
I like that Kyle and I have made a ridiculous prediction.
Kind of 100 to 1 odds. |
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999666 digits
:)
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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999666 digits
:)
Satan mirror man - nice |
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Just as a reference, the smallest GFN17MEG is 1000075 digits.
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My lucky number is 6219*2^3374198+1
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Is it mathematically guaranteed that there's another sub-mega prime, or is it just highly unlikely that there isn't another one?
No guarantee, the most recent one with 994'719 digits could be the last one. In that case the winner is going to be the person closest to 994'719. But it would be really rare with such a huge primefree region. /JeppeSN |
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Just as a reference, the smallest GFN17MEG is 1000075 digits.
Yes! This is also what you can see if you understand our weird new way of presenting the summary of bets. /JeppeSN |
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1080 44085096^131072+1 1'001'953 L4482 2016
1082 44049878^131072+1 1'001'908 L4466 2016
1104 43165206^131072+1 1'000'753 L4309 2016
1105 43163894^131072+1 1'000'751 L4334 2016
1124 42654182^131072+1 1'000'075 L4208 2015
999'999 KylePolansky
999'997 Nick
999'983 robish
999'951 288larsson
999'942 Grebuloner
999'937 Monkeydee
999'925 Margus
999'922 composite
999'909 Bur
999'899 Vato
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
1198 38824296^131072+1 994'719 L4245 2021
1199 38734748^131072+1 994'588 L4249 2021
1201 38310998^131072+1 993'962 L4737 2021
1202 38196496^131072+1 993'791 L4861 2021
1203 38152876^131072+1 993'726 L4245 2021
1204 37909914^131072+1 993'363 L4249 2021
1206 36531196^131072+1 991'254 L4249 2021
1208 36422846^131072+1 991'085 L4245 2021
1209 36416848^131072+1 991'076 L5202 2021
1210 36038176^131072+1 990'481 L4245 2021
1211 35997532^131072+1 990'416 L4245 2021
1212 35957420^131072+1 990'353 L4245 2021
/JeppeSN
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999,998 |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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999,998
Excellent |
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I'll take 999,939. |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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I imagine a Mathematician would be considering the rate of primes (sorry for my terminology) and knowing the gap between LOW and MEGA could get a good handle of how many primes in that gap and a very good guess as to where?
1'000'000 is an arbitrary thing - nothing special about it. It would be kind of fun if something weird happened around that number. Someone correctly guessing a strange moment in the distribution of primes is cool |
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I imagine a Mathematician would be considering the rate of primes (sorry for my terminology) and knowing the gap between LOW and MEGA could get a good handle of how many primes in that gap and a very good guess as to where?
1'000'000 is an arbitrary thing - nothing special about it. It would be kind of fun if something weird happened around that number. Someone correctly guessing a strange moment in the distribution of primes is cool
Go to the page http://yves.gallot.pagesperso-orange.fr/primes/stat.html by Yves Gallot who posted above. In the form Computation of the expected number of GF primes in a fixed range and of the associated Poisson distribution, pick N = 131072, and type in stuff like bMin = 38824296 and bMax = 42597772. You can calculate how many Generalized Fermat primes of that N are "expected". Chance of 0 primes may be too small t be shown (but it is nonzero). /JeppeSN |
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I imagine a Mathematician would be considering the rate of primes (sorry for my terminology) and knowing the gap between LOW and MEGA could get a good handle of how many primes in that gap and a very good guess as to where?
1'000'000 is an arbitrary thing - nothing special about it. It would be kind of fun if something weird happened around that number. Someone correctly guessing a strange moment in the distribution of primes is cool
Go to the page http://yves.gallot.pagesperso-orange.fr/primes/stat.html by Yves Gallot who posted above. In the form Computation of the expected number of GF primes in a fixed range and of the associated Poisson distribution, pick N = 131072, and type in stuff like bMin = 38824296 and bMax = 42597772. You can calculate how many Generalized Fermat primes of that N are "expected". Chance of 0 primes may be too small t be shown (but it is nonzero). /JeppeSN
And let us say we wanted to calculate the chance KylePolansky's 999'999 guess was accurate, you would need bMin as 10^(999998/131072) and bMax as 10^(999999/131072). You can calculate these two bounds on a calculator. The result is:Chance of no prime: 99.64% (100%)
Chance of 1 prime: 0.36% (0%)
This does not take into account how many numbers actually survived the sieving, so should probably not be attempted with extremely short intervals.
/JeppeSN |
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Yves Gallot Volunteer developer Project scientist Send message
Joined: 19 Aug 12 Posts: 846 ID: 164101 Credit: 306,572,235 RAC: 5,460

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I imagine a Mathematician would be considering the rate of primes (sorry for my terminology) and knowing the gap between LOW and MEGA could get a good handle of how many primes in that gap and a very good guess as to where?
The expected number of primes in [38,824,296; 42,597,772] is 18. The mean gap is about Δb ~ 220,000 or 190 digits.
But this is a mean value and we have the consecutive GFN-17:
58447642131072 + 1 1018006 digits
58447816131072 + 1 1018006 digits
and
47179704131072 + 1 1005815 digits
48273828131072 + 1 1007120 digits
Mathematically, the distribution of b-gaps is expected to be close to an exponential distribution.
Alea iacta est. |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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I imagine a Mathematician would be considering the rate of primes (sorry for my terminology) and knowing the gap between LOW and MEGA could get a good handle of how many primes in that gap and a very good guess as to where?
The expected number of primes in [38,824,296; 42,597,772] is 18. The mean gap is about Δb ~ 220,000 or 190 digits.
But this is a mean value and we have the consecutive GFN-17:
58447642131072 + 1 1018006 digits
58447816131072 + 1 1018006 digits
and
47179704131072 + 1 1005815 digits
48273828131072 + 1 1007120 digits
Mathematically, the distribution of b is expected to be close to an exponential distribution.
Alea iacta est.
Veritas communicans est pulchritudo imaginari. |
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58447642131072 + 1 1018006 digits
58447816131072 + 1 1018006 digits
Is this the first case of two GFN-17 primes having the same number of digits?
For what n do we know explicit GFN-n primes with the same number of digits? How soon (in b) would you expect it to occur?
/JeppeSN |
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Yves Gallot Volunteer developer Project scientist Send message
Joined: 19 Aug 12 Posts: 846 ID: 164101 Credit: 306,572,235 RAC: 5,460

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58447642131072 + 1 1018006 digits
58447816131072 + 1 1018006 digits
Is this the first case of two GFN-17 primes having the same number of digits?
This is the first known case but it will be first case when GFN-17low is completed.
Δb = 174 is the smallest known gap. The next ones are 1312 (43163894/43165206) and 1546 (24641166/24642712) and the gap in digits is 2.
For what n do we know explicit GFN-n primes with the same number of digits? How soon (in b) would you expect it to occur?
Consecutive GF primes are a better criterion than the number of digits (see message 150295 and 150300).
There are ten GFN-13 pairs in [2; 2G] and one GFN-14 pair in [2; 400M] (56414914/56414916). A lucky GFN-15 pair was found 87888966/87888968 [260,307 digits].
For GFN-16, the smallest gap in [2; 100M] is 104 (92914140/92914244) [522,197 digits].
If Bateman and Horn conjecture is true, since ∫dx/(log x)2 is divergent, for each n the number of consecutive GF-n primes is infinite. |
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999973
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My lucky number is: 129448306^65536+1 |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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1080 44085096^131072+1 1'001'953 L4482 2016
1082 44049878^131072+1 1'001'908 L4466 2016
1104 43165206^131072+1 1'000'753 L4309 2016
1105 43163894^131072+1 1'000'751 L4334 2016
1124 42654182^131072+1 1'000'075 L4208 2015
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'922 composite
999'909 Bur
999'899 Vato
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
39134382^131072+1 995'172 leading edge
1198 38824296^131072+1 994'719 L4245 2021
1199 38734748^131072+1 994'588 L4249 2021
1201 38310998^131072+1 993'962 L4737 2021
38221298^131072+1 993'828 min remaining
1202 38196496^131072+1 993'791 L4861 2021
1203 38152876^131072+1 993'726 L4245 2021
1204 37909914^131072+1 993'363 L4249 2021
1206 36531196^131072+1 991'254 L4249 2021
1208 36422846^131072+1 991'085 L4245 2021
1209 36416848^131072+1 991'076 L5202 2021
1210 36038176^131072+1 990'481 L4245 2021
1211 35997532^131072+1 990'416 L4245 2021
1212 35957420^131072+1 990'353 L4245 2021
Looking at tasks completed per day,
at the current rate there are 44 days of work left in this subproject,
and at the maximum rate, it could be as little as 3 days. |
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999996
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pschoefer Volunteer developer Volunteer tester
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Joined: 20 Sep 05 Posts: 686 ID: 845 Credit: 3,027,797,032 RAC: 1,372,732
                              
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999 924
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For what n do we know explicit GFN-n primes with the same number of digits? How soon (in b) would you expect it to occur?
Consecutive GF primes are a better criterion than the number of digits [...]
It must be admitted that it would have been more "scientific" if I had let this thread be about guessing b, instead of guessing the number of decimal digits. But after all, the cutoff between GFN-17-LOW and -MEGA is based on the number of digits, so I guess that was my reason.
I found the first time two primes of form b^N+1 had the same number of digits, for N up to 1024. 2, 6, 17, 36, 66, 195, 520, 852, 1870, 4876, ...
Thank you for your answer.
/JeppeSN |
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dthonon Volunteer tester
 Send message
Joined: 6 Dec 17 Posts: 435 ID: 957147 Credit: 1,764,717,803 RAC: 59,628
                                 
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Looking at tasks completed per day,
at the current rate there are 44 days of work left in this subproject,
and at the maximum rate, it could be as little as 3 days.
Most probably, the subproject will run out of tasks in 14 days, shortly after the start of Heptadecagenarian challenge.
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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The leading edge is advancing at over 5 digits per hour now => about 37 days left.
As dthonon says, the subproject won't last that long.
1080 44085096^131072+1 1'001'953 L4482 2016
1082 44049878^131072+1 1'001'908 L4466 2016
1104 43165206^131072+1 1'000'753 L4309 2016
1105 43163894^131072+1 1'000'751 L4334 2016
1124 42654182^131072+1 1'000'075 L4208 2015
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
39242650^131072+1 995'330 leading edge
1198 38824296^131072+1 994'719 L4245 2021
1199 38734748^131072+1 994'588 L4249 2021
1201 38310998^131072+1 993'962 L4737 2021
38221298^131072+1 993'828 min remaining
1202 38196496^131072+1 993'791 L4861 2021
1203 38152876^131072+1 993'726 L4245 2021
1204 37909914^131072+1 993'363 L4249 2021
1206 36531196^131072+1 991'254 L4249 2021
1208 36422846^131072+1 991'085 L4245 2021
1209 36416848^131072+1 991'076 L5202 2021
1210 36038176^131072+1 990'481 L4245 2021
1211 35997532^131072+1 990'416 L4245 2021
1212 35957420^131072+1 990'353 L4245 2021
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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1083 44085096^131072+1 1'001'953 L4482 2016
1085 44049878^131072+1 1'001'908 L4466 2016
1107 43165206^131072+1 1'000'753 L4309 2016
1108 43163894^131072+1 1'000'751 L4334 2016
1127 42654182^131072+1 1'000'075 L4208 2015
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
39329840^131072+1 995'456 leading edge
1201 39100746^131072+1 995'123 L5441 2022
1202 38824296^131072+1 994'719 L4245 2021
1203 38734748^131072+1 994'588 L4249 2021
1205 38310998^131072+1 993'962 L4737 2021
38221298^131072+1 993'828 min remaining
1206 38196496^131072+1 993'791 L4861 2021
1207 38152876^131072+1 993'726 L4245 2021
1208 37909914^131072+1 993'363 L4249 2021
1210 36531196^131072+1 991'254 L4249 2021
1212 36422846^131072+1 991'085 L4245 2021
1213 36416848^131072+1 991'076 L5202 2021
1214 36038176^131072+1 990'481 L4245 2021
1215 35997532^131072+1 990'416 L4245 2021
1216 35957420^131072+1 990'353 L4245 2021
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999 888 |
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999,249 digits |
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Jay Send message
Joined: 27 Feb 10 Posts: 136 ID: 56067 Credit: 65,857,807 RAC: 9,485
                    
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998,264 |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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1083 44085096^131072+1 1'001'953 L4482 2016
1085 44049878^131072+1 1'001'908 L4466 2016
1107 43165206^131072+1 1'000'753 L4309 2016
1108 43163894^131072+1 1'000'751 L4334 2016
1127 42654182^131072+1 1'000'075 L4208 2015
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
998'264 Jay
39581832^131072+1 995'819 leading edge
1200 39502358^131072+1 995'705 L5453 2022
1201 39324372^131072+1 995'448 L5202 2022
1203 39100746^131072+1 995'123 L5441 2022
1204 38824296^131072+1 994'719 L4245 2021
1205 38734748^131072+1 994'588 L4249 2021
38585220^131072+1 994'368 min remaining
1207 38310998^131072+1 993'962 L4737 2021
1208 38196496^131072+1 993'791 L4861 2021
1209 38152876^131072+1 993'726 L4245 2021
1210 37909914^131072+1 993'363 L4249 2021
1212 36531196^131072+1 991'254 L4249 2021
1214 36422846^131072+1 991'085 L4245 2021
1215 36416848^131072+1 991'076 L5202 2021
1216 36038176^131072+1 990'481 L4245 2021
1217 35997532^131072+1 990'416 L4245 2021
1218 35957420^131072+1 990'353 L4245 2021
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GDBSend message
Joined: 15 Nov 11 Posts: 304 ID: 119185 Credit: 4,294,761,435 RAC: 1,548,248
                      
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999,877
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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I am itching to see what happens.
I really hope someone has guessed the number. |
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999,995
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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999,995
Nice - a number at the optimistic range of choice.
As far as I know, the distribution of primes over a large expanse of numbers is predictable, but what is being considered here - who knows what may happen?
Sorry that sounds so stupid. |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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Someone is throwing a lot of gerbils at this subproject.
The tasks in progress doubled today, and my percentage of firsts climbed dramatically,
changing from 0% firsts to 40% firsts.
1084 44085096^131072+1 1'001'953 L4482 2016
1086 44049878^131072+1 1'001'908 L4466 2016
1108 43165206^131072+1 1'000'753 L4309 2016
1109 43163894^131072+1 1'000'751 L4334 2016
1128 42654182^131072+1 1'000'075 L4208 2015
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'995 vaughan
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'877 GDB
999'876 Hans Sveen
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
998'264 Jay
39812596^131072+1 996'150 leading edge
1201 39597790^131072+1 995'842 L4737 2022
1202 39502358^131072+1 995'705 L5453 2022
1203 39324372^131072+1 995'448 L5202 2022
1205 39100746^131072+1 995'123 L5441 2022
39093836^131072+1 995'113 min remaining
1206 38824296^131072+1 994'719 L4245 2021
1207 38734748^131072+1 994'588 L4249 2021
1209 38310998^131072+1 993'962 L4737 2021
1210 38196496^131072+1 993'791 L4861 2021
1211 38152876^131072+1 993'726 L4245 2021
1212 37909914^131072+1 993'363 L4249 2021
1214 36531196^131072+1 991'254 L4249 2021
1216 36422846^131072+1 991'085 L4245 2021
1217 36416848^131072+1 991'076 L5202 2021
1218 36038176^131072+1 990'481 L4245 2021
1219 35997532^131072+1 990'416 L4245 2021
1220 35957420^131072+1 990'353 L4245 2021
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997945 |
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composite, thank you for all your updates.
I wonder if we should close the bet soon? It would be silly if you could win by mentioning some digit count simply taken from an already discovered prime.
/JeppeSN |
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Ravi FernandoProject administrator Volunteer tester Project scientist Send message
Joined: 21 Mar 19 Posts: 211 ID: 1108183 Credit: 14,604,950 RAC: 10,112
              
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I wonder if we should close the bet soon?
I guess that's my cue to stop lurking. I'll go with 999848. |
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compositeVolunteer tester Send message
Joined: 16 Feb 10 Posts: 1174 ID: 55391 Credit: 1,233,038,099 RAC: 2,043,404
                        
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I wonder if we should close the bet soon?
I guess that's my cue to stop lurking. I'll go with 999848.
Good strategy, wait as long as possible.
The leading edge is currently at 40013074^131072+1 (996,436 digits long).
The pit boss is watching. Last call for bets.
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OK, I made the thread, so I declare (unilaterally) that no bets will be accepted after January 13 at 00:00 UTC. So there is about 40 hours 43 minutes left to place bets. /JeppeSN |
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REMINDER: In less than eight hours, this thread will accept no more bets! /JeppeSN |
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Honza Volunteer moderator Volunteer tester Project scientist Send message
Joined: 15 Aug 05 Posts: 1963 ID: 352 Credit: 6,426,580,351 RAC: 2,445,603
                                      
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999765
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My stats |
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We passed the deadline. The final list of bets:
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'995 vaughan
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'877 GDB
999'876 Hans Sveen
999'848 Ravi Fernando
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'765 Honza
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
998'264 Jay
997'945 Aaron
/JeppeSN |
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In less than a week, we should have a good indication of who will win.
The leading edge according to the front page right now is at 997'268, so we are getting closer to the smallest guesses. And a 17-challenge is coming up.
/JeppeSN |
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dthonon Volunteer tester
 Send message
Joined: 6 Dec 17 Posts: 435 ID: 957147 Credit: 1,764,717,803 RAC: 59,628
                                 
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The leading edge is starting to move up the list : 998,059 digits long. But the largest prime : 997,196 digits long, is still smaller than the smallest guess... |
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The leading edge is starting to move up the list : 998,059 digits long. But the largest prime : 997,196 digits long, is still smaller than the smallest guess...
Yes! Let us say I post actual GFN-17 discoveries with digit counts between 997'500 and 1'000'000 here, together with the list of guesses. Relevant challenge starts in less than one hour! /JeppeSN |
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Very soon we will have an indication of the winner, although clean-up tasks will mean that it can take several days, or weeks, before we have absolute certainty.
The actual primes with at least 997'500 digits will be shown together with the guesses:
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'995 vaughan
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'877 GDB
999'876 Hans Sveen
999'848 Ravi Fernando
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'765 Honza
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'712 tng
998'327 actual prime 41364744^131072+1
998'264 Jay
998'152 actual prime 41237116^131072+1
997'965 actual prime 41102236^131072+1
997'945 Aaron
997'834 actual prime 41007562^131072+1
997'825 actual prime 41001148^131072+1
/JeppeSN |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Could we place a wager (non-monetary) on who may get it?
Just another level of fun.
I suspect no, but I like the idea of 2 levels of guessing.
To me this makes sense - we have a distribution of guesses that have a range of connection/understanding with what may happen.
Now that we have these guesses, we could now guess the result from those options?
This is probably why I shouldn't be near maths. |
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Could we place a wager (non-monetary) on who may get it?
Just another level of fun.
I suspect no, but I like the idea of 2 levels of guessing.
To me this makes sense - we have a distribution of guesses that have a range of connection with what may happen.
Now that we have these guesses, we could now guess the result from those options?
This is probably why I shouldn't be near maths.
People whose bets are "sandwiched" by other bets really near, like yourself, need a lot of luck to win! /JeppeSN |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Could we place a wager (non-monetary) on who may get it?
Just another level of fun.
I suspect no, but I like the idea of 2 levels of guessing.
To me this makes sense - we have a distribution of guesses that have a range of connection with what may happen.
Now that we have these guesses, we could now guess the result from those options?
This is probably why I shouldn't be near maths.
People whose bets are "sandwiched" by other bets really near, like yourself, need a lot of luck to win! /JeppeSN
But if it happens it would be awesome.
I wish anyone to have guessed correctly - which I think is very unlikely. About 1% chance? I think it is less than that, but as maths and I have a mutual understanding to not get too close, I have no idea how likely it is for someone to have guessed it. |
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dthonon Volunteer tester
 Send message
Joined: 6 Dec 17 Posts: 435 ID: 957147 Credit: 1,764,717,803 RAC: 59,628
                                 
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Could we place a wager (non-monetary) on who may get it?
Just another level of fun.
I suspect no, but I like the idea of 2 levels of guessing.
To me this makes sense - we have a distribution of guesses that have a range of connection with what may happen.
Now that we have these guesses, we could now guess the result from those options?
This is probably why I shouldn't be near maths.
People whose bets are "sandwiched" by other bets really near, like yourself, need a lot of luck to win! /JeppeSN
But if it happens it would be awesome.
I wish anyone to have guessed correctly - which I think is very unlikely. About 1% chance? I think it is less than that, but as maths and I have a mutual understanding to not get too close, I have no idea how likely it is for someone to have guessed it.
There are around 3 primes per thousand digits, so probability is about 0.3%, if I am not mistaken.
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Could we place a wager (non-monetary) on who may get it?
Just another level of fun.
I suspect no, but I like the idea of 2 levels of guessing.
To me this makes sense - we have a distribution of guesses that have a range of connection with what may happen.
Now that we have these guesses, we could now guess the result from those options?
This is probably why I shouldn't be near maths.
People whose bets are "sandwiched" by other bets really near, like yourself, need a lot of luck to win! /JeppeSN
But if it happens it would be awesome.
I wish anyone to have guessed correctly - which I think is very unlikely. About 1% chance? I think it is less than that, but as maths and I have a mutual understanding to not get too close, I have no idea how likely it is for someone to have guessed it.
There are around 3 primes per thousand digits, so probability is about 0.3%, if I am not mistaken.
Cool |
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Michael Goetz Volunteer moderator Project administrator
 Send message
Joined: 21 Jan 10 Posts: 14045 ID: 53948 Credit: 485,564,848 RAC: 673,873
                               
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How is the winner determined? It's unlikely someone will guess the exact number of digits, so is it whomever is closest to the last prime? Or something else?
EDIT: The latest (not yet public) prime is between Pilgrim's and Michael Millerick's guesses. That means everyone with a guess lower than Pilgrim's (999,249) is officially out of the running.
____________
My lucky number is 75898524288+1 |
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Update.
Some strikethroughs based on info I heard on our Discord server (and in above post) about primes not public yet.
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'995 vaughan
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'877 GDB
999'876 Hans Sveen
999'848 Ravi Fernando
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'765 Honza
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'772 actual prime 41688706^131072+1
998'712 tng
998'327 actual prime 41364744^131072+1
998'264 Jay
998'152 actual prime 41237116^131072+1
997'965 actual prime 41102236^131072+1
997'945 Aaron
997'834 actual prime 41007562^131072+1
997'825 actual prime 41001148^131072+1
/JeppeSN
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How is the winner determined? It's unlikely someone will guess the exact number of digits, so is it whomever is closest to the last prime? Or something else?
Precisely, I think I said the person who is closest in the first post! /JeppeSN |
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Update.
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'995 vaughan
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'877 GDB
999'876 Hans Sveen
999'848 Ravi Fernando
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'765 Honza
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'424 actual prime 42168978^131072+1
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'772 actual prime 41688706^131072+1
998'712 tng
998'327 actual prime 41364744^131072+1
998'264 Jay
998'152 actual prime 41237116^131072+1
997'965 actual prime 41102236^131072+1
997'945 Aaron
997'834 actual prime 41007562^131072+1
997'825 actual prime 41001148^131072+1
/JeppeSN
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Michael Goetz Volunteer moderator Project administrator
 Send message
Joined: 21 Jan 10 Posts: 14045 ID: 53948 Credit: 485,564,848 RAC: 673,873
                               
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All of the 17-low tasks have been sent out.
As of right now, Monkeydee would win, with an exact match on the the number of digits.
However, there's 2267 candidates with more digits that are still in progress, and 233 of those don't have any results yet. So it's not over yet!
____________
My lucky number is 75898524288+1 |
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Update. A lot of primes (that I do not know) are in the pipeline; they will be posted in this thread later.
999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'995 vaughan
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 Monkeydee <--- probable winner
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'877 GDB
999'876 Hans Sveen
999'848 Ravi Fernando
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'765 Honza
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'500 Michael Millerick
999'424 actual prime 42168978^131072+1
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'772 actual prime 41688706^131072+1
998'712 tng
998'327 actual prime 41364744^131072+1
998'264 Jay
998'152 actual prime 41237116^131072+1
997'965 actual prime 41102236^131072+1
997'945 Aaron
997'834 actual prime 41007562^131072+1
997'825 actual prime 41001148^131072+1
/JeppeSN
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Jay Send message
Joined: 27 Feb 10 Posts: 136 ID: 56067 Credit: 65,857,807 RAC: 9,485
                    
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Dang it! I was really counting on winning this thing to turn my life around. |
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999,9969
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Dang it! I was really counting on winning this thing to turn my life around.
I'd be worried if I manage to guess it, I have used up all my turning-my-life-around potential. |
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SO CLOSE! :-)
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Eating more cheese on Thursdays. |
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Monkeydee Volunteer tester
 Send message
Joined: 8 Dec 13 Posts: 548 ID: 284516 Credit: 1,735,055,462 RAC: 3,098,297
                            
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Total fluke to have nailed it. If I couldn't get the last prime then I'm happy to have been able to guess its size!
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My Primes
Badge Score: 4*2 + 6*2 + 7*1 + 8*11 + 9*1 + 11*3 + 12*1 = 169
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Congratulations on the guess! Even though my guess was wrong I'm happy to have found a prime (my first).
I took a long shot on the guess because even though there are usually a few primes per thousand digits, there have been some larger gaps in the past. |
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999'999 KylePolansky
999'998 Scott Cox
999'997 Nick
999'996 Chara34122
999'995 vaughan
999'983 robish
999'973 mexico
999'951 288larsson
999'942 Grebuloner
999'939 lunchboxkwdm
999'937 actual prime 42550702^131072+1
999'937 Monkeydee <--- probable winner
999'925 Margus
999'924 pschoefer
999'922 composite
999'909 Bur
999'899 Vato
999'888 TeeVeeEss
999'877 GDB
999'876 Hans Sveen
999'848 Ravi Fernando
999'821 Michael Goetz
999'805 Yves Gallot
999'779 DeleteNull
999'765 Honza
999'753 actual prime 42414020^131072+1
999'741 Scott Brown
999'727 Pooh Bear 27
999'666 matzetoni
999'600 dthonon
999'539 actual prime 42254832^131072+1
999'524 actual prime 42243204^131072+1
999'506 actual prime 42230406^131072+1
999'500 Michael Millerick
999'424 actual prime 42168978^131072+1
999'249 Pilgrim
999'248 JeppeSN
999'000 reiner
998'990 dannyridel
998'772 actual prime 41688706^131072+1
998'712 tng
998'327 actual prime 41364744^131072+1
998'264 Jay
998'152 actual prime 41237116^131072+1
997'965 actual prime 41102236^131072+1
997'945 Aaron
997'834 actual prime 41007562^131072+1
997'825 actual prime 41001148^131072+1
/JeppeSN
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robish Volunteer moderator Volunteer tester
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Joined: 7 Jan 12 Posts: 2223 ID: 126266 Credit: 7,990,315,060 RAC: 5,325,758
                               
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Congrats Monkeydee, well played ▶️
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My lucky number 10590941048576+1 |
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If the largest two prime had not existed, Michael Millerick would have the last four primes closer to his bet than to anybody else's. /JeppeSN |
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Michael Goetz Volunteer moderator Project administrator
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Joined: 21 Jan 10 Posts: 14045 ID: 53948 Credit: 485,564,848 RAC: 673,873
                               
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With regards to the "largest 17-Low prime", all of the candidates greater than 999,937 digits now have at least one task completed. While there are still 167 candidates lacking a second, verifying task, the odds that one of them both is prime and has an erroneous result is exceedingly small. It's therefore extremely likely that 42550702^131072+1 is the largest GFN-17 prime with fewer than a million digits. Since some tasks are likely to time out more than once, it's likely that it will be a couple of weeks until this is proven conclusively.
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My lucky number is 75898524288+1 |
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Michael Goetz Volunteer moderator Project administrator
 Send message
Joined: 21 Jan 10 Posts: 14045 ID: 53948 Credit: 485,564,848 RAC: 673,873
                               
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And we are done!
All of the candidates with more than 999,937 digits have now been double checked, and 42550702^131072+1 is the largest GFN-17-Low prime.
This makes Monkeydee officially the winner of the guessing contest! Congratulations!!!
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My lucky number is 75898524288+1 |
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Nick  Send message
Joined: 11 Jul 11 Posts: 2301 ID: 105020 Credit: 10,430,478,791 RAC: 36,050,541
                            
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Awesome. Congrats! |
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Monkeydee Volunteer tester
 Send message
Joined: 8 Dec 13 Posts: 548 ID: 284516 Credit: 1,735,055,462 RAC: 3,098,297
                            
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And we are done!
All of the candidates with more than 999,937 digits have now been double checked, and 42550702^131072+1 is the largest GFN-17-Low prime.
This makes Monkeydee officially the winner of the guessing contest! Congratulations!!!
:O
Pure lunacy, amazing!
Thank you to everyone who made this possible!
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My Primes
Badge Score: 4*2 + 6*2 + 7*1 + 8*11 + 9*1 + 11*3 + 12*1 = 169
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And we are done!
All of the candidates with more than 999,937 digits have now been double checked, and 42550702^131072+1 is the largest GFN-17-Low prime.
This makes Monkeydee officially the winner of the guessing contest! Congratulations!!!
Congrats, Monkeydee !
Now, please, choose 6 numbers between [1, 60] so I can play in the lottery here :)
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"Accidit in puncto, quod non contingit in anno."
Something that does not occur in a year may, perchance, happen in a moment. |
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I think it is fitting that one of the people who pushed towards the end of the project was the one who guessed properly.
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Congrats, Monkeydee!
A perfect guessing ;)
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DeleteNull |
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Jay Send message
Joined: 27 Feb 10 Posts: 136 ID: 56067 Credit: 65,857,807 RAC: 9,485
                    
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While I haven't done much with GFN (I focused on other projects and left these tasks for all of you) it's really cool to me to be able to say a project has been completed. Lets wrap up SOB next. |
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Monkeydee Volunteer tester
 Send message
Joined: 8 Dec 13 Posts: 548 ID: 284516 Credit: 1,735,055,462 RAC: 3,098,297
                            
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And we are done!
All of the candidates with more than 999,937 digits have now been double checked, and 42550702^131072+1 is the largest GFN-17-Low prime.
This makes Monkeydee officially the winner of the guessing contest! Congratulations!!!
Congrats, Monkeydee !
Now, please, choose 6 numbers between [1, 60] so I can play in the lottery here :)
5, 11, 27, 33, 42, 56
Keep in mind that the last time I tried my own numbers in the lotto I got 0 matches.
*FULL DISCLAIMER*
I do not condone gambling. Any advice I give is not an endorsement of the act of gambling. All information is provided *AS IS* with no warranties or guarantees. Any results from using my advice are the sole responsibility of you; the advice taker. I can not be held liable for any winnings or losses incurred due to directly or indirectly following my advice.
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My Primes
Badge Score: 4*2 + 6*2 + 7*1 + 8*11 + 9*1 + 11*3 + 12*1 = 169
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And we are done!
All of the candidates with more than 999,937 digits have now been double checked, and 42550702^131072+1 is the largest GFN-17-Low prime.
This makes Monkeydee officially the winner of the guessing contest! Congratulations!!!
Congrats, Monkeydee !
Now, please, choose 6 numbers between [1, 60] so I can play in the lottery here :)
5, 11, 27, 33, 42, 56
Keep in mind that the last time I tried my own numbers in the lotto I got 0 matches.
*FULL DISCLAIMER*
I do not condone gambling. Any advice I give is not an endorsement of the act of gambling. All information is provided *AS IS* with no warranties or guarantees. Any results from using my advice are the sole responsibility of you; the advice taker. I can not be held liable for any winnings or losses incurred due to directly or indirectly following my advice.
Oh, thank you.
I noted the disclaimer and wrote down the numbers.
Next Saturday there will be a draw and the prize is around 7 million dollars.
Enough for some nice crunching machines.
I'll let you know how it ended up.
Obviously, you'll get a share (and bigger than what you got for guessing the biggest 17 Low prime :) )
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"Accidit in puncto, quod non contingit in anno."
Something that does not occur in a year may, perchance, happen in a moment. |
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Well, I matched your last try in the lotto. :)
The numbers drawn today were 14 20 21 31 49 52
I guess one chance in around 50 miliion is not much :(
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"Accidit in puncto, quod non contingit in anno."
Something that does not occur in a year may, perchance, happen in a moment. |
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