| A Second Look at Dielectrics and ZPE
Originally, experimenters charged the jar by an electrostatic generator, sometimes referred to as a frictional generator. Some early inventors experimented by charging glass spheres using friction, sometimes even by rubbing them with their bare hands. Friction is nothing more than vibrations. The effect of charging a dielectric and separating the charges is the same no matter what the method. The design of nature offers us a better way to charge the dielectric surface of glass. Nature may indeed provide a universal design for tapping zero point energy by utilizing dielectrics.
We recognize the infinitesimal vibration of
everything in the universe. Yet, we do not recognize the simple design.
On glass capacitors, the electrostatic charge is
stored on the surface. The thinner a dielectric, the greater amount of
charge can be stored at a given voltage, and the greater the vibration
possible.
To make an electrical storage device or dielectric
one does not need a thick glass. A thin glass sphere with two attached
magnets, or poles is a vibrational energy conversion device consisting of
two electrodes, a dielectric, and a resonant chamber. This design is used
by nature over and over. We just may have not recognized this. To
understand the design of nature, one only needs to know this simple truth.
Such an assembly generates electromagnetic waves
since the thin dielectric sphere is squeezed and displaced by the magnetic
forces of attached magnets. This is a practical form of vibrational energy
conversion. The dielectric sphere charges and then discharges. When it
discharges, it vibrates.
The displacement of the magnets on our sphere
changes the strength and direction of the magnetic field because the
magnets are first moving closer and then farther apart relative to each
other. So, the fields of the two magnets are interacting. This
displacement might be very small and we may not visually observe the
vibrations, but they do exist.
Instead of producing a static charge and storing
that charge, the attached magnets are producing a magnetic field changing
in direction and strength thus producing alternating current.
By vibrationally sending high frequency waves into
the chamber, the frequency of these waves would be numerous, but only the
waves that actually fit the confinement would be amplified by the
principle of resonance. It is the midpoint of the wave, or "zero point",
where the transfer of energy takes place from the wave to the dielectric
material where it is temporarily stored.
So, only the odd numbered nodes or half waves would
be amplified by the vibration of the sphere. Even numbered nodes or what
is commonly called "antinodes" would be cancelled out. Instead of
constructive reinforcement, the antinodes would suffer from destructive
interference.
In essence, this is how masers and lasers work. They
are pumped electronically, and utilize resonance, and this is how nature’s
atoms, planets, and stars work. They are pumped by the electromagnetic
waves in the universe, and they utilize resonance.
We can save the world with a single world, and the
word is transfer.
Electronics experts have experimented with crystals
and semiconductors for many years. The word transistor is actually an
abbreviation for transfer resistance. Experimenting with semiconductors
and transistors is good practice and a good way to figure out nature’s
mysteries. However, early experimenters knew nothing about semiconductors.
Nikola Tesla, the inventor of alternating current
that presently powers our whole planet did not have semiconductors, but he
did wonders with dielectrics.
Traditional solar energy will never power the world
as we do now by converting fossil energy to AC, because of a shortage of
materials. Dielectrics might just do for us what we now consider
impossible. We might be able to tap ZPE and convert this amazing resource
into alternating current.
If using magnets and dielectrics is an easier way to
produce AC, why have we not done so? Perhaps, we are trying too hard and
not looking to nature to give us a simple answer. Perhaps this is the
answer we need.
Ralph Randolph Sawyer
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