Re: New Way to Factor

From: Gary Shannon (gary_at_fiziwig.com)
Date: 06/11/04


Date: Fri, 11 Jun 2004 00:30:23 GMT


"James Harris" <jstevh@msn.com> wrote in message
news:3c65f87.0406101039.1dc545e8@posting.google.com...
> Well I've realized that as long as I stick with "pure math" then
> mathematicians can ignore and lie about my work, but hey, guess what?
> The world relies on a flawed idea that factoring is a "hard problem"
> so instead I can shift to the factoring problem, which I did.

You don't need to argue, you don't need to insult, you don't need to start
new yahoo groups to prove your point. The ONLY thing you need to do to
prove your point is to factor ONE non-trivial number of 100 digitis or so.

Shoot, I'd even be impressed if you could factor a 30 or 40 digit number.

Having tried very hard to give you the benefit of the doubt, and having
asked for some help in applying your method to a slightly larger number, and
having seen that you seem to be unwilling to demonstrate your method in any
concrete way, I am forced to come to the conclusion that there is nothing
productive for me to do other than to ignore you posts from now on.

Believe me, I DID try to give you the benefit of the doubt, but your
attitude demostrates that you are not willing to put up or shut up.

The simple fact is that this is a simple problem which either you CAN solve,
or CANNOT solve. Given any non-trivial example to work out you have
demonstrated time and again that you cannot solve it.

--gary



Relevant Pages

  • Re: New Way to Factor
    ... >> so instead I can shift to the factoring problem, ... >> try to lie here, ... larger numbers (presumably by the Euclidean Algorithm). ...
    (sci.math)
  • Re: New Way to Factor
    ... >> so instead I can shift to the factoring problem, ... >> try to lie here, ... larger numbers (presumably by the Euclidean Algorithm). ...
    (sci.physics)
  • Re: New Way to Factor
    ... >> so instead I can shift to the factoring problem, ... >> try to lie here, ... larger numbers (presumably by the Euclidean Algorithm). ...
    (sci.crypt)
  • Re: New Way to Factor
    ... > mathematicians can ignore and lie about my work, but hey, guess what? ... > so instead I can shift to the factoring problem, ...
    (sci.math)
  • Re: New Way to Factor
    ... > mathematicians can ignore and lie about my work, but hey, guess what? ... > so instead I can shift to the factoring problem, ...
    (sci.crypt)

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