Note, a post detailing the effect/device is coming, might take a bit before it's complete...
On Tue, Jun 16, 2009 at 12:31 PM, Kyle Mcallister <kyle_mcallis...@yahoo.com > wrote: > > --- On Mon, 6/15/09, Chris Zell <chrisrz...@yahoo.com> wrote: > > > From: Chris Zell <chrisrz...@yahoo.com> > > Subject: Re: [Vo]:On Topic > > To: vortex-l@eskimo.com > > Date: Monday, June 15, 2009, 7:15 PM > > OK, I'm interested in the > > anomalies you mentioned, particularly the conditioning of > > space. > > The whole no ether thing never made sense to me > > because the characteristic impedance of space is about 328 > > ohms and is a real factor in antenna design. > > > > No Ether? What's impeding the RF? > > My question as well. If empty space is just that, what determines G, e0, > u0, Z0, and all those other nice little things that cause 'empty' space to > factor in as far less than empty when trying to radiate energy into it. What > is 'carrying' a magnetic field? If space can curve, as the current > interpretation of General Relativity says it does, what is curving? > > > Did Laithwaite really make a spinning device that > > weighed less while being lifted in a 30 degree spiral? > > Sounds very Schaubergerish to me. > > As far as I know, no he didn't. He does suggest some interesting > experiments, and a thought provoking similarity between electromagnetism and > the actions of spinning flywheels. He suggested that the rotation of a > flywheel may have a sort or relation to what we call inductance. That is, a > resistor obeys Ohm's law just fine; add an inductor and use AC, things get > strange, until you extend the theory a bit more. He suggests that straight > line motion and acceleration is 'resistive', where rotational motion is > 'inductive.' > > If you build a large, fast flywheel, and play around with it in many > different ways, you start to get confused by it. The conventional math works > for the most part, but there is a feeling of something more to it than just > that. Laithwaite was condemned for chasing it. > > --Kyle > > > > >
