Given this contest can presumably go on infinitely long, what is the ultimate point of the contest? Is there some kind of theoretical or practical benefit to discovering a new Mersenne prime?
To learn something about primes. Perhaps there is a pattern or a way to more-accurately predict which numbers will be prime. Also, it is cool.
New Mersenne Prime discovered (probably)
81–90 of 126 posts
Re: New Mersenne Prime discovered (probably)
#82Earlier quoted context omitted.
Not all 2^N - 1 are prime. For example, N=18 makes 2^N - 1 = 262143, which can also be written as 3^3 * 7 * 19 * 73 (not prime).
Oh, right, all Mersenne number is in the form of 2^N -1, but Mersenne prime is Mersenne number plus being prime
Re: New Mersenne Prime discovered (probably)
#83Time for Bruce Schneier to change the combination to his luggage again
For anyone who didn't get the joke, this is a reference to https://www.schneierfacts.com/facts/365 from the "Bruce Schneier Facts" series (which was inspired by the "Chuck Norris Facts").
Re: New Mersenne Prime discovered (probably)
#84Given this contest can presumably go on infinitely long, what is the ultimate point of the contest? Is there some kind of theoretical or practical benefit to discovering a new Mersenne prime?
The EFF Cooperative Computing Awards, which pay out money for (four specific sizes of) prime records, were meant to show off how the Internet is useful for letting people who don't even know each other work together to solve problems. They were established back in 1998, when people in general were much less familiar with the Internet and its impact. That specific contest isn't set up to go on forever, as it ends when…
Re: New Mersenne Prime discovered (probably)
#85Earlier quoted context omitted.
To learn something about primes. Perhaps there is a pattern or a way to more-accurately predict which numbers will be prime. Also, it is cool.
Do we expect to learn something interesting from any given new Mersenne prime discovered? Don't we kinda have enough so that if we are going to discover something interesting by analyzing them, we can do that with the ones we already know about?
Re: New Mersenne Prime discovered (probably)
#86Earlier quoted context omitted.
To learn something about primes. Perhaps there is a pattern or a way to more-accurately predict which numbers will be prime. Also, it is cool.
Do we expect to learn something interesting from any given new Mersenne prime discovered? Don't we kinda have enough so that if we are going to discover something interesting by analyzing them, we can do that with the ones we already know about?
Re: New Mersenne Prime discovered (probably)
#87I can swear something like 20+ years ago I found a new one too, but I didn’t realize the importance of it. I had just downloaded GIMPS and I was just messing around with it, and when I saw the message I thought “ok, cool!” and proceeded to turn it off.
> I had just downloaded GIMPS and I was just messing around with it, and when I saw the message I thought “ok, cool!” and proceeded to turn it off. GIMPS would run for weeks or months first. You wouldn’t have seen anything if you had just downloaded it and were messing around. As I recall, you had to do some work to get it running at boot automatically.
Re: New Mersenne Prime discovered (probably)
#88I can swear something like 20+ years ago I found a new one too, but I didn’t realize the importance of it. I had just downloaded GIMPS and I was just messing around with it, and when I saw the message I thought “ok, cool!” and proceeded to turn it off.
Hey at least you weren't one of those kids who ran into those online faucets that were giving bitcoins for free and didn't think too much about it.
Re: New Mersenne Prime discovered (probably)
#89Earlier quoted context omitted.
For anyone who didn't get the joke, this is a reference to https://www.schneierfacts.com/facts/365 from the "Bruce Schneier Facts" series (which was inspired by the "Chuck Norris Facts").
Not 137? https://www.schneier.com/blog/archives/2005/06/picking_physi...
Re: New Mersenne Prime discovered (probably)
#90But why do we have to "discover" it when we know the formula would be 2^N - 1...? Are we trying to prove a corollary or what?
Not all 2^N - 1 are prime. For example, N=18 makes 2^N - 1 = 262143, which can also be written as 3^3 * 7 * 19 * 73 (not prime).