Re: FTL achieved with tunneling in dielectric prisms

Jerry W. Decker ( (no email) )
Wed, 15 Dec 1999 00:12:20 -0600

Hi Folks!

Something kept bothering me about this experiment...some
correlation from a long time ago, it was sparked by this
comment;

> If you kick a soccer ball against a wall it bounces back.
>
> But a wave packet can reappear behind the wall. It will be
> weaker but faster than before. This can't be explained but
> it is a measurable effect. Information can also be
> transmitted like this.
>
> Prof. Dr. Nimtz explains it thus: "We have sent such a
> signaling impulse through a test range and measured: What is
> its speed in comparison to the speed through the air? The
> speed we measured is 2.46 times the speed of light."

Renaissance man Walter Russell wrote that matter has a
phantom image which he shows as an object sitting on a
surface with a mirror opposite phantom copy below it. I
don't recall if he said this was due to gravity or some
other force. But he indicates some kind of connection
between the reflected mirrored phantom image and the actual
mass. He also indicates that this phantom image can somehow
interact with the actual mass.

In radionics and dowsing, this detection of phantom signals
takes the form of the 'Bishops Rule' where an apparent
secondary emission forms a spherical shape around the
target. We have seen this in the detection of apparent
phantom pathways during tests using the molecular frequency
discriminator, where the phantom pathway REMAINS LONG AFTER
THE INITIAL EXCITATION SIGNAL. It is very puzzling but
definitely detectable.

Also in dowsing is the discovery of so called 'noxious rays'
and 'cancer houses' where secondary emissions (reflected)
from incoming cosmic or other rays can be detected when
these rays strike various combinations of minerals and
earths under a house or in the ground in a given area. The
rays can be deflected, dispersed or suppressed to prevent
having to destroy the house.

> The type of signals are the same as in use in mobile
> communications devices or which are used for data transfer
> between computers. It also works for the transmission of
> more complex information like a whole symphony.
>
> "What these experiments have shown is that you can in
> principle look into the past. And it is also possible to
> reverse cause and effect", says Prof. Dr. Nimtz and
> explains:

Interesting how that ties in with the recent CHRONOVISOR
claims
which somehow detect, cleanup and amplify sound and light
from the
past, allowing that information to be recalled for replay.

> "According to the theory of relativity a second observer in
> another inertial system (frame of reference) can see my
> signal exit the target before it was emitted by the source.
> This means you can look into the past because you are moving
> faster than light, which is the speed at which the effect is
> moving, the event."

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