(Extracted from: The Science Behind Alien Encounters)
Continuing
the discussion of Podkletnov’s gravity pulse generator, the cross
section of the pulse is equal to that of the emitter, and there
appears to be no measurable energy loss or beam dispersion for
distances of at least 5 kilometers even after passing through several
concrete houses. The interesting thing is that much less energy is
put into the apparatus then is dispersed by the beam as it
interacts with material objects. Podkletnov explains that it is like
a key that opens the energy of the subatomic particles (zero point
energy?). Because this is an open system, they are not violating any
conservation laws.
Podkletnov
describes in the abstract of his paper, “When you hold your hand in
the projection area during the discharge you can feel the force or a
short push to your hand together with a kind of an air push on your
hand. If you do not keep you hand tight but a bit relaxed you can
feel the slightest movement of the skin on the palm of the hand. The
feeling is a bit strange and it is not easy to describe it. No
electric shock, just a feeling that the hand is moved similar to the
acceleration in a fighter plane but more powerful and very short.”
Looking
at the simplified drawing of the Gravity Impulse Generator, one
cannot help but notice there is a danger zone behind the machine.
This is from the force field coming out of the back of the device.
This field is a strange kind of non-focused radiation very harmful to
biological tissue. It causes a melting or molecular juxtaposition
between biological tissues and other materials, similar to the
Hutchison Effect. This brings to mind the Philadelphia Experiment
legend in which sailors were melted into the ship’s deck.
In
the next installment I will discuss the paper presented in Dayton,
Ohio in 2007 by Dr. Dan Brasoveanu and Dr.
Constantin Sandu at a joint conference on propulsion by
AIAA-ASME-SAE-ASEE. This was a landmark paper on gravity propulsion
using light for artificial gravitational field (radiation)
generation.
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