GRAVITY:
A free subatom can bind itself to a polytron when coming into the proximity
of the oscillotronic exchange pattern from the polytron's subatoms. Certain
natural laws on energyplane 2 will limit the number of free subatoms a polytron
can receive. The subatom can bind itself phasewise to either the primary
frequency belonging to one of the subatoms in the polytron, or it can bind
itself phasewise to one of the signature frequencies for that specific
polytron. Such signature frequences are created as a result of frequency
mixing of the primary frequencies of the subatoms inside the polytron.
When a polytron obtains a new subatom, the polytron's frequency signature will
change. The polytron will add a new primary frequency to it's swingproduct.
Certain types of polytrons have the ability to share some of their
frequencyproduct components with a multipolytron when they merge with it.
Multipolytrons containing such polytrons will thus have a frequency component
which is always in phase with any multipolytron containing such a polytron.
In more complex patterns (objects) the numbers of this specific polytron
will increase. This causes the amplitude of the polytron-specific frequency
component to rise. This in turn causes a greater attractive force on
energyplane 1 (the gravity). The frequency component is the gravity frequency
which exists on energyplane 2. The specific type of subatom that creates the
gravity frequency is the gravity particle (graviton). The amplitude of the
gravity frequency depends of the number of gravitons within a volume of space.
The mass of an object depends on how many gravitons are attached to the object.
An object must have gravitons attached to it to exist on energyplane 1.
An exception is the photon. The photon is a multipolytron one of whose
frequencies is in opposite phase to an important frequency on energyplane 2.
This counterphase will cause the photon to have constant speed. Another
frequency in the photon's swingproduct will be in phase with the gravity
frequency when the photon is moving at 300000 Km/sec. This is caused by
the Doppler effect. These properties make it look as if a photon has mass.
The photon has no gravitons attached to it. A photon can therefore exist
at rest only on energyplane 2.
ANTIGRAVITY:
Antigravity can be effected by attaching antigravitons to a mass.
A antigraviton is similar to a graviton exept that the special frequency
component in it's swingproduct is 180 degree out of phase with respect to
the gravity frequency. If a object has the same number of antigravitons
and gravitons, the gravity frequency will be cancelled and the object
will have no mass. Such objects can exist only on energyplane 2.
If an object has more antigravitons than gravitons, the object will also
have mass. Between 2 antigravity objects we will have a attractive force.
On an antigraviton-based planet the gravity will appear normal. Between
an antigraviton-based and a graviton-based object we will have a repulsive
force. An antigraviton based object of 50 Kg will weigh -50 Kg on Earth.
Antigravitons can bind to objects which are made of antimatter. This is
the reason why the matter in our part of the universe consists of matter.
The antimatter is repelled away. In the superuniverse the bottom zone
consists of antimatter and the top zone of matter. To create antigravity
one can build a device that alters the phase of the gravity frequency by 180
degrees. This device can consist of a compound of certain ceramic materials
formed as a big flat ceramic condenser. When one places an electric field
across this material, it changes the phase of the gravity frequency going
through it. This can cause things placed above this condenser to have
negative weight. The effect takes place from 20000 Volts and up over the
condenser plates. Another method is to make a generator that generates
frequencies in the same range as the gravity frequency. This generator is
then capable of making a frequency which is 180 degree out of phase to the
gravity frequency.
