The
forces of space
Existence is energy with vector properties.
The essence of vector properties and their physical interaction
are the non-existence / existence interface.
The interactions of the vector properties produce vector oscillations
(EM).
Obviously, the speed of interaction, the force is a property of the vectors.
More specifically, the interaction refers to the speed
of attraction and rejection between the polarities of the vectors (electrical
and magnetical polarities).
Electromagnetic interactions constitute the vector medium, which we call
space.
The interaction speed determines the propagation speed of the electromagnetic
(light) oscillations.
Organization of electromagnetic interactions
The interactions organize centripetal / centrifugal forces with their
centripetal / centrifugal
accelerations and angular force with its angular acceleration.
Forces and accelerations organize substances and stars - the universe.
The centripetal force is produced by orthogonally closed vector
circuits,
moving centripetally with constant velocity "c".
The centripetal acceleration refers to the action of the centripetal
force on the substance,
moving it accelerated in the interval from zero to "c".
The effects of acceleration produce the substance impulse, weight and
pressure.
The centrifugal force is produced by orthogonal vector circuits,
oriented alternately
in opposite directions, which are rejected centrifugally
with the constant speed "c" (electromagnetic waves).
The effects of the centrifugal force produce to the beings the visual
organ,
resonating with the optical frequencies, which transform them into colors
and light.
The centrifugal acceleration refers to the action of the centrifugal
force
on the substance, accelerating it from zero to "c".
The effects of centrifugal acceleration produce the substance impulse
and dispersion (eg solar wind, explosions).
The angular force (Hall effect) is the interaction between the
radial orientation
of the vectors and the magnetism of the electroide, produced
by the constant angular velocity "c" (similar and perpendicular
to the centripetal force).
The intensity of the centripetal force and the angular force are mutually
amplified.
The angular acceleration refers to the action of the angular force
on the substance,
moving it accelerated over the range from zero to "c".
The effects of angular acceleration produce the impulse and orbital motion
(centrifugal).
The orbital motion
The objects are orbitally moved by the centripetal force and the angular
force.
Orbital movements are relative.
For the object, the centripetal force (space) moves the centripetal with
the velocity "c".
For centripetal force, the object moves centrifugally at speed "c".
For the object, the angular force moves in the direct sense with the velocity
"c",
For the angular force, the object moves in the opposite sense with the
speed "c".
Objects are accelerated with variable speed, small relative to speed "c".
Effects of centripetal and angular accelerations:
The variation of the accelerations produces the objects oscillations of
the vector radius,
between the apogee and the perigee (between the centrifugal, and centripetal).
The velocity of centripetal and angular forces very high in addition to
the acceleration
of the object, produces polarization of its atmosphere, generating a reaction
force.
The reaction force is what we call impulse, or inertia,
it is centripetal, similar to the electric arc and emits waves with
low frequencies (background noise, the song of the planets).
The reaction force produces oscillation of orbit (centripetal / centrifugal).
Thus, the reaction force being evenly distributed around
the direction of travel is differentiated inside / outside the curve,
by the variation of the angular acceleration.
As the angular acceleration increases (the vector radius decreases), the
reaction force
increases inside the curve and decreases outside it (the curve widens)
and vice versa.
The reaction force is the law of inertia,
and the angular acceleration is the "external force" of the
law.
So, the force that changes the direction of movement of a mobile, interacts
with the space,
which opposes with an equal force - the reaction force.
The variation of the angular acceleration produces the variation of the
centripetal acceleration
and drives the object on oscillating curves, from circle to ellipses -
orbits.
