- heres some,
note the hole in the ferrite mentioned (hollow) on one page
and a sourse for some rods, thers more
(look for "Impeder Rods ")
like here http://www.mmgna.com/products/impeder.html
but there all just good to 1 mhz,manganese/zinc ferrite, or maybe
thats the trick?
for higher Mhz must be nickel/zinc ferrites
--- In email@example.com, "ole_thor" <ole_thor@j...> wrote:
> I have a copy of the "New Science" book (original) and a soft copy
that I got off the internet somewhere.
> can you take a word document via your email account. if not email
> and I will find a way to get you a copy.
> I am very interested in Wilbert Smith. I have doe a lot of study
of his material,
> and I would be interested in what you have to say on the subject.
> by the way, I am always interested in the things you have to say,
> I wonder where you come up with these things.
> anyway, let me know, I'll go find the soft copy of the New Science.
> ----- Original Message -----
> From: "George T. Pantos" <gop6@c...>
> To: "HamelTech" <firstname.lastname@example.org>
> Sent: Saturday, December 04, 2004 2:08 PM
> Subject: [hameltech] wow..!
> I just found some articles on Wilbert Smith.. he deals a lot with
curvature where my equation might come in.. E=mu^3 I've been
> trying to deduce the meaning of "u". I know it can be used to
represent the scalar speed. But also sometimes it is used to
> represent curvature where u=1/r. Now in 4 dimensions u^3=
1/r^3 sorry I think I can go into more depth than this, but I have
> forgotten a lot.. It's been about two years since I have seriously
studied my equation.. if anybody has any links to Wilbert Smith
> material.. please send them my way.. especially the New Science. I
am now scouring Google..