Re: [Phys-L] Scalar EM Waves

[Chuck Britton <cvbritton@mac.com>]

http://www.cheniere.org/misc/interview1991.htm

is said to be relevant.
I make no further comment until I've read it. (but it has a vague aroma of pseudo-science)

On Jan 24, 2013, at 12:13 PM, brian whatcott <betwys1@sbcglobal.net> wrote:

> I read a magazine article describing a moment when troubleshooting periodic noise on a physiological amplifier
> led to this surprising description.  I would be interested in comments.
>
> "Soon, a pattern was discernible. Pulse spacing was a consistent 5.5
> seconds.
>
> Remember, this laboratory was about 60 feet underground. The building
> had corrugated steel plates as the base, with three reinforced concrete
> floors up above. Line of sight with the local radar dish required that
> you travel through wet dirt, steel, rock, and reinforced concrete for
> about two miles at a slight upward angle to reach the local airport
> dish. And microwaves will not travel through any of these materials very
> well.
>
> Certain types of microwave sources contain a property few engineers know
> about -- scalar energy. Scalar electromagnetic waves have the E and B
> fields in phase, unlike normal electromagnetic waves where E and B
> fields are typically 90 degrees out of phase. There is another
> interesting characteristic of scalar waves -- they are not stopped by
> shielding, even by a Faraday cage. When E and B fields are in phase,
> they do not interact with metal molecules like conventional RF does,
> which makes shielding useless. Usually, only distance can stop scalar
> waves. Based on the waveform period, there could be only one source of
> this signal."
>
> <http://www.designnews.com/author.asp?section_id=1368&doc_id=253065&;>
>
>
>
> Brian Whatcott  Altus OK
>
>
>
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