Willmore
Enlightened
Re: Are you
Because, when we got to the point where more digits wouldn't round up to +/- the volume of a quark in a volume calculation for the universe, people seemed to lose interest. Strange, I know....
Seriously, though. Last I heard, Pi was known to some *billions* of digits. That seems enough, no?
Ahh, but prime numbers and mersenne primes, they're different. Primes are infinite, but are mersenne primes? Some would like to know. /ubbthreads/images/graemlins/smile.gif Well, that and the code for the Mersenne prime search is some of the best written x87 FPU assembly ever seen. Wanna test your power supply/heat sink/and chipset? Run Prime95 for a few days. That bargain heat sink/PSU might not have been all that much of a bargin.
I got into mersenne primes in college when I was working on early NFS work for the Cunningham project--an effort to factor numbers of the form a^n+/-1 where a is a small number. For a=2 and -1, you're talking about mersenne numbers. So, I got sidetracked onto them....
Because, when we got to the point where more digits wouldn't round up to +/- the volume of a quark in a volume calculation for the universe, people seemed to lose interest. Strange, I know....
Seriously, though. Last I heard, Pi was known to some *billions* of digits. That seems enough, no?
Ahh, but prime numbers and mersenne primes, they're different. Primes are infinite, but are mersenne primes? Some would like to know. /ubbthreads/images/graemlins/smile.gif Well, that and the code for the Mersenne prime search is some of the best written x87 FPU assembly ever seen. Wanna test your power supply/heat sink/and chipset? Run Prime95 for a few days. That bargain heat sink/PSU might not have been all that much of a bargin.
I got into mersenne primes in college when I was working on early NFS work for the Cunningham project--an effort to factor numbers of the form a^n+/-1 where a is a small number. For a=2 and -1, you're talking about mersenne numbers. So, I got sidetracked onto them....