Dark energy.
Vectorial interpretation.
Space! Space is vectorial and through the interactions of vectorial properties
it becomes energy. In the state of energy, vectorial space acquires an
infinity
of forms called matter, galaxies, stars, planets, intelligent beings.
A galaxy was initially a giant star, with a chromosphere and a photosphere,
which reproduced stars, the arms of the galaxy, granulating the phorosphere,
until it disappeared. From the giant star, only the orthogonally closed
vector
circuits remained in the center of the galaxy, the electric core became
a black
hole, surrounded by its magnetism, which became dark energy.
Galactic centripetal forces continue to attract ordinary substance to
reconstitute the photosphere, but, crossing a layer of immense pressure,
it is converted into potential energy, into "dark energy". The
enigma of
orthogonally closed vector circuits consists in the maximum possible density
of the vector space, oriented in direction and sense, by the centripetal
forces.
Obviously, in the vector space in the state of a monolith, there can be
no
oscillations. Such monoliths are the nuclei of hydrogen atoms, of stars
and
planets. The preservation of this configuration of the galactic system
is
produced by the immense pressure of centripetal vector forces. The monoliths
of hydrogen atoms can resonate with external stimuli, up to decomposition.
The electrical phenomenon.
The nature of orthogonal circuits should be exemplified by the electrical
phenomenon of the right-hand rule, but the "current of electric charges"
makes it impossible. The magnetic centripetal force compresses (orients)
orthogonally the vectorial circuit called electric, constituted by the
polarities
of the atoms in the conductor. In the conductor there is no electric "current",
the vectorial polarities being of the atoms, the atoms do not move, being
the
filiform structure of a metal. The centripetal force of the alternating
electric circuit compresses (orients) orthogonally the magnetic
circuit, proven by the acoustic vibration.