Creating
Gravity (Part 3)
(Extracted from: The
Science Behind Alien Encounters)
Recall
from the last installment, Podkletnov’s work led to the development
of a “Gravity Impulse Generator.” According to him, the
apparatus consists of a quartz glass cylinder (1.5m long and 1m
diameter) which can be evacuated, or filled with gas. The magnetic
field associated with the outer coil is used to guide, or contain,
the discharge. Protruding into the right end of the cylinder is a
tube containing liquid gas (N or He) used to refrigerate a charged
Yttrium barium copper oxide (YBCO)
superconductor compound
with a composite crystal structure
(YBa2Cu3O7).
This is a superconducting emitter (cathode) with a 2-Layer
YBCO construction. Once the temperature of the YBCO emitter is cooled
to superconducting conditions, the inner electric coil is used to
produce a magnetic field within it. Through the opposite end of the
cylinder, a target electrode (anode) is introduced. A high voltage
pulse of the order of several million volts is applied for several
milliseconds to the emitter which is a stationary superconducting
target. A gravity impulse several microseconds long is ejected from
the target end of the apparatus. These gravitational waves exit in a
coherent, non-diverging beam. Podkletnov has measured the speed of
the impulse to be about 64 times the speed of light. He indicates
this wave is capable of exerting tremendous force on anything in the
beam path yet there is no opposing reaction on the apparatus.
It is possible to generate a gravitational field impulse strong
enough to punch a hole in a metal plate placed near the outlet. If
the discharge rate is too high the gravity pulse has even damaged
their equipment.
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