THE PHYSICS OF VECTORIAL
SPACE
Every object of the vectorial space are structures of vector currents;
the vectorial waves are structures of vector currents;
thus, the vectorial waves are objects of the space.
Every object of the vectorial space are in inertial motion;
thus, the vectorial waves are also in inertia motion.
The inertia motion is the interaction between the moved object
and the vectorial space.
We find that vectorial space is conserving the motion of the object.
Induction can be a simple vector interaction, and propagation, an inertial
motion.
The impulse of the centrifugal force puts the wave in
inertia motion
The vectorial waves are generated by the interactions of the orthogonal
vectorial currents,
on the basis of Ampere's rule and reveals the inertial motion of radiations.
The antenna, every impulse of the centrifugal movement, puts the orthogonal
currents
in inertial motion (periods), which is adds wave already in inertial motion
The inertia motion of the waves in the gravitational direction and anti-gravitational
direction
are also confirmed by the object fall, respectively of the solar
wind (which produces tails at comets)
