This answer should have gone to the list. Norm
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Date: Mon, 24 Aug 1998 22:18:10 +0200
From: Andreas Christian Nagele <jackse@wizard.atnet.at>
To: normw@fastlane.net
Cc: Andreas Christian Nagele <jackse@wizard.atnet.at>
Subject: Re: Skalar Waves
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In-Reply-To: <35E1B49B.B4DCB6E4@fastlane.net> from Norman Wootan on Mon, Aug 24, 1998 at 01:44:44PM -0500
Hi Norm,
Thanks for the superb explanations.
On Mon, Aug 24, 1998 at 01:44:44PM -0500, Norman Wootan wrote:
> From Tom Bearden: quote"What I called scalar waves are pure longitudinal EM
> waves(LW)". "A longitudinal wave is a time density oscillation". "When you
> make a longitudinal wave, by definition it cannot vary the energy density in
> 3-space". "That is fixed"."A longitudinal wave oscillates the rate of flow of
> time itself, about some steady median value". "Apure longitudinal EM wave has
> infinite energy and infinite velocity". "We don't make those". "Instead,we
> make a pseudo-longitudinal wave; i.e., a pretty good longitudinal wave that
> still has somr low-level transverse components". See Nimtz experiment on
> superluminal transmission at 4.7 x light speed (c). Norm
Ciao...
Andreas
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