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| Exploring Inertial Propulsion Using Gyroscopic Motion |
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info:
http://www.intalek.com/Index/Projects/SmartSP
IN_X2/SmartSPIN_X2.htm
We are told by the scientific establishment
we live in a universe governed by Newtonian
mechanics.
NEWTON'S THIRD LAW: For every action, there's
an equal and opposition reaction.
So, according to Georgia State University
hyperphysics website:
"... All forces in the universe occur in
equal but oppositely directed pairs. There
are no isolated forces; for every external
force that acts on an object there is a force
of equal magnitude but opposite direction
which acts back on the object which exerted
that external force. In the case of internal
forces, a force on one part of a system will
be countered by a reaction force on another
part of the system so that an isolated system
cannot by any means exert a net force on the
system as a whole. A system cannot
"bootstrap" itself into motion with purely
internal forces - to achieve a net force and
an acceleration, it must interact with an
object external to itself. ..."
But is this true? Are we being told the
truth? What would break the symmetry of
oppositely directed pairs of forces? How
would we do it? The correct answer is given a
closed system that exhibits an imbalance of
internal isolated forces in three dimensional
space, the same system exhibits a balance of
forces in four dimensional space.
Could it be that the opposing reacting force
component is directed as a torque or moment
producing a torsion field that acts
antigravitationally? Is the torsion field
effect caused by a change in angular
momentum, or a change in the spin of
fundamental particles? How does this affect
the inertia of a closed system? Is a change
in inertia a change in mass? How does this
affect the effect of Special Relativity?
EXPERIMENT CONCLUSION:
A MAJOR discovery no doubt.
STATIC WEIGHT: 18.5 lbs.
WEIGHT RUNNING: 18 lbs.
Close examination of the video above shows
ONLY a loss of weight that occurred when the
X2 was operated. At NO time during this
operation did the scale indicate an increase
in weight, a weight above its static weight
of 18.5 lbs. I suspect this is a violation of
Newton's Third Law of equal and opposite
forces, and that an imbalance of forces
exists. The forces are finally brought into
balance through a torsion or moment effect, a
torsion field effect, if you will. This
torsion effect is directed
antigravitationally, or acts against the
force of gravity, resulting in a loss of
weight. This loss, I believe, is due to the
opposing spin of the gyroscopic rotors, a
quantum entanglement of rotors, leading to a
decrease in inertia of the spinning system.
This effect is further "amplified" by
rotating the entire assembly.
Tags : Gyro UFO German Bell Experiment HHO Hydrogen Water Car Fuel Cell Quantum Physics 4th Demension Vortex GEET Torch |
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Affichage : 33030
Durée : 355 s |
| Gyroscopic Wave Power Generator : DigInfo |
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DigInfo - http://www.diginfo.tv
The Kobe University Graduate School of
Engineering presented and exhibited a
high-efficiency gyro wave-activated power
generation system at the Autumn 2008
Innovation Japan show held in Tokyo.
This research was started in 2000 and has
included testing in the ocean, but this
system is a very unique system that uses the
principle of a control moment gyro, which is
used in attitude control of the Space
Station.
When the oscillating movement of the buoy
caused by waves and the gimbal rotational
frequency are synchronized, a gyro moment is
generated, and when this occurs, the gimbal
continuously rotates to generate electricity.
The University has already acquired patents
in the United States, the EU, and Japan, so
next it plans to launch a venture company and
expand the business for practical
applications.
Tags : DigInfo Gyroscopic Wave Power Generator Kobe University Innovation Japan 2008 |
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Affichage : 364
Durée : 112 s |
| Gyroscopic effect and forces |
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This show how a gyroscope behave when two
rotations with perpendicular axis are
combined together. the gyroscope axis try to
align to the major axis of the bigger
rotation so it tilt upwards.
Hier sieht man welche Kräft am Gyroskop
herrschen wenn es zwei achsen senkrecht
beweget werden. Das kleine Gyroskop versucht
seine Achse mit der großen Achse zu
vereinigen.
Tags : Gyroskop gyroscope effect effekt rotation forces |
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Affichage : 455
Durée : 57 s |
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