Practical Guige to Free Energy Devices

The ether particles normally bombarding the hard electrons and protons which produce electrostatic field
effects, tend to be diverted from their normal paths by the presence of softer particles or media between the
repelling like charges and/or the attracting unlike charges. These interpenetrating softer particles produce
an ultra-high concentration of ether particles around the hard particles. The motion of these ether particles is
greatly restricted. This offers a barrier to the higher ether particles which normally bombard the hard
particles. This has a tendency to slow them down, and any which do collide with the hard particles, do so
with considerably less impact than normal, therefore they tend to become electrically neutral and their motion
slows to nearly a halt.
Soft particles permeate matter as well as the spaces between matter, yet they do not to any great extent,
neutralise the electrostatic field effects of the fundamental particles, because they are more concentrated
and their rapid motion tends to prevent capture. However, additional concentrations of soft particles of the
right kind, injected into matter, can render the elementary particles within the atom, electrically neutral and
the matter becomes what is known as “dematerialised”. This conglomeration of soft and hard particles
renders the soft particles electrically neutral.
It should be noted that only hard particles or the fundamental particles of the atom, are hollow. All other
particles, including photons, do not have this tendency because of the nature of their formation. If the softer
particles were hollow, they would be unable to capture harder particles. Hard particles entering a hollow,
soft particle, would maintain their charges and force a mutual repulsion. Therefore, they would escape
immediately. Photons, if hollow, would tend to be less stable, and the probability of forming other particles
would be lessened.
When a soft particle disintegrates, a chain reaction occurs. The disintegration releases the confined, harder
particles. The energy released during the disintegration is generally sufficient to disintegrate the weaker
hard particles which it originally captured. This, in turn, results in the disintegration of still harder particles,
until the very hard and stable electrons of electricity are released. Highly interesting experiments performed
in Poland by two scientists; Howsky and Groot, demonstrated the ability of soft electrons to house and
camouflage harder electrons, and to release them under certain conditions. These experiments were also a
great confirmation of other principles already mentioned here, especially those involved with levitation.
A small quartz crystal was attached to an oscillator which generated radio frequencies of several kilowatts.
This caused the crystal to lose it’s transparency and increase it’s volume 800%. The crystal then levitated
and carried the oscillator, as well as a 55 pound weight, to a height of two metres above the floor. An
account of this was given in an issue of Science and Invention magazine and it included a photograph of the
levitation.
19. The energies concentrated inside a pyramid have been shown to be extremely beneficial to humans.
Soft particle bombardments from outer space and especially from the Sun, concentrate inside the pyramid.
Some, passing through the surface of the pyramid are slowed down to such an extent that the Earth’s
gravitational field, repelling the negative charges, tends to keep them inside until collisions with other
particles drives them out.
Most of the particles collected by the pyramid, concentrate along the edges as would be expected, since
electricity on any charged body tends to do much the same thing, with concentrations at points and along
edges. In fact, pyramid frames have been found to be nearly as effective as the closed pyramid, if, and only
if, there is a continuity in the framework and no breaks in any of the joining parts.
The soft electrons collected on a pyramid frame or closed pyramid, soon reach saturation point and
continued bombardment causes the excess to drop down inside the pyramid. This, coupled with the gravityrepelling
forces, causes a high concentration inside the pyramid. The proportions of the pyramid are
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