From: Dann Corbit on
In article <cf370780-310d-4ea9-a508-3be35a8c07c5
@d12g2000vbr.googlegroups.com>, b92057(a)yahoo.com says...
>
> On May 17, 9:10�am, Inverse 19 mathematics <hope9...(a)verizon.net>
> wrote:
> > �The 170 million pure Prime numbers produced by special mathematics
> > and placement computer program discovered at Hope research � are a
> > first in Mathematics, and within a month a "billion numbers" will be
> > available, from the Computer programs at Hope research, after we get
> > access to the needed computers. This is basically for �the improvement
> > of �understanding of Mathematics only as we wll be registering these
> > elsewhere.
> >
> > HOPE Research, Athens Wisconsin.
>
> I hope that you can PROVE that all of those 170 million numbers are
> actually prime numbers.

You have to admit that the 170 million pure prime numbers, a first in
mathematics, are mighty impressive. Or they would be, if it were not
for programs that can ferret out (e.g.) 3,325,059,246 primes in less
than one minute (here, calculating all primes between [2 ..
80,000,000,000] in 47 seconds):

C:\math\sieve\ecprime\x64\Release>ecprime 80000000000

100%
primes: 3325059246
time: 46.991 sec


Of course, 'pure' prime numbers might be more interesting than ordinary
prime numbers. On the other hand, I christen *these* prime numbers as
'shiny, crisp, pristine' prime numbers. That sounds even more
impressive than the 'pure' variety.
From: Gerry Myerson on
In article <MPG.265b50f4a22097cd9896f6(a)news.eternal-september.org>,
Dann Corbit <dcorbit(a)connx.com> wrote:

> In article <cf370780-310d-4ea9-a508-3be35a8c07c5
> @d12g2000vbr.googlegroups.com>, b92057(a)yahoo.com says...
> >
> > On May 17, 9:10�am, Inverse 19 mathematics <hope9...(a)verizon.net>
> > wrote:
> > > �The 170 million pure Prime numbers produced by special mathematics
> > > and placement computer program discovered at Hope research � are a
> > > first in Mathematics, and within a month a "billion numbers" will be
> > > available, from the Computer programs at Hope research, after we get
> > > access to the needed computers. This is basically for �the improvement
> > > of �understanding of Mathematics only as we wll be registering these
> > > elsewhere.
> > >
> > > HOPE Research, Athens Wisconsin.
> >
> > I hope that you can PROVE that all of those 170 million numbers are
> > actually prime numbers.
>
> You have to admit that the 170 million pure prime numbers, a first in
> mathematics, are mighty impressive. Or they would be, if it were not
> for programs that can ferret out (e.g.) 3,325,059,246 primes in less
> than one minute (here, calculating all primes between [2 ..
> 80,000,000,000] in 47 seconds):
>
> C:\math\sieve\ecprime\x64\Release>ecprime 80000000000
>
> 100%
> primes: 3325059246
> time: 46.991 sec
>
>
> Of course, 'pure' prime numbers might be more interesting than ordinary
> prime numbers. On the other hand, I christen *these* prime numbers as
> 'shiny, crisp, pristine' prime numbers. That sounds even more
> impressive than the 'pure' variety.

I don't know about that. I prefer my prime numbers
to have been out in the world a bit, to have experienced
a little addition and multiplication, to have some of that gloss
rubbed off them, to be a bit more mature and well-rounded.
Each to his own, I guess.

--
Gerry Myerson (gerry(a)maths.mq.edi.ai) (i -> u for email)