17058Re: [PrimeNumbers] Re: Brocard's Conjecture, and other notes
- Oct 7, 2005Thanks. Hmmm... yeah I was suspect of that one.
Back to square one. It still seems like the earlier
expression involving pi((p(i+1)^2) really should lend
itself to an insight into brocard's conjecture.
- Jeremy Wood
--- Patrick Capelle <patrick.capelle@...> wrote:
> --- In firstname.lastname@example.org, Jeremy
> <mickleness@y...> wrote:
> > Hi everyone... I just joined the list.
> > I wrote a little paper on primes recently,
> offering an informal proof
> > of Brocard's Conjecture. a few notes on twin
> primes. and other
> > observations.
> > I was wondering if people on this list could look
> it over and let me
> > know... well... if it has any merit. I'm
> competent at math, but
> > proofs and high level math are a little foreign to
> > http://homepage.mac.com/bricolage1/essays/
> Hello Jeremy,
> At the beginning of your proof of Brocard's
> conjecture,you wrote :
> "Well if d-b >= k, and a >= b and c >= d, then
> surely c-a >= k ".
> Surely not.There are cases where c-a < k.
> Take for instance a = 5, b = 2, c = 7, d = 6 and k =
> Patrick Capelle.
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