Difference.
Difference between materialist logic and vector logic, regarding the knowledge
of the existence of nature. Materialist logic is already well known, the
structure of the Sun is a sphere of incandescent plasma, compressed by
gravity and has a magnetic field. The Earth is also a sphere of solid
matter,
compressed by gravity and has a magnetic field. Matter is composed of
atoms, with structures still under investigation. Although in nature there
are
vector quantities and scalar quantities, matter, matter is considered
the
fundamental form of nature. Vector logic clearly shows that matter cannot
exist without vector properties and they are used as "properties
of matter".
Vector properties constitute space, vector space, whose interactions form
vector structures called matter. Vector space oriented in orthogonally
closed
circuits, forms macroscopic vector structures, called Stars, the Sun is
a Star.
In orthogonally closed circuits, the modulus of the vectors tends to zero,
to
a null vector, and the attractive forces thus become centripetal forces,
which
mutually compress the density of the oriented space (right-hand rule).
Macroscopic vector structures are asymmetric, the space of one circuit,
called electric, being completely surrounded and compressed by the
centripetal forces of the other circuit, called magnetic. The centripetal
forces
of the electric circuit compress the circuit of magnetic space, only in
the
segment they surround. The vector repulsive forces of the parallel oriented
vector space from the uncompressed magnetic
circuit expand the density of
the space, until it is balanced with the centripetal vector forces (of
attraction).
The vector space from the uncompressed magnetic circuit of the Sun thus
reaches the dimension of two light years and constitutes the gradient
of the
density of the oriented vector space, the extent of the solar system.
This is a macroscopic vector structure, the structure of the Sun, the
difference is fundamental compared to the materialistic structure.
The structure of the Sun consists of the density gradient of the oriented
vector space, the magnetic circuit, which surrounds the electric core,
with
the high density of a dark sphere, at zero K. The zero K temperature shows
that in the density of the vector space oriented in the dark sphere and
orthogonal to the electric nucleus, no other orientations, oscillations,
can exist.
The density of a gradient layer around the dark sphere is adequate for
the
generation of microscopic vector structures, the "climate" of
hydrogen.
The generated hydrogen vector structures, having the density of the oriented
space higher than that of the layer, are moved towards the dark sphere
by
Archimedes' rule. The gradient effect, observed by Democritus, is the
"apple"
seen by Newton. The dark sphere aligns the curved orientations of the
hydrogen space, in the direction and sense of their own orientations and
causes them to oscillate. The hydrogen oscillations decrease in density
and Archimedes' rule moves them upward, to a lower density, where they
increase their density again. The dynamics of hydrogen structures,
between two layers in the gradient, with different densities, represents
the
"photosphere", the activity of the sun. Obviously, the photosphere
is not a
sphere, it is a layer, which floats on the dark sphere. It would be appropriate
to call it "photolayer", but the name photosphere is already
established.
The photosphere is the only layer with kinetic energy in the Sun's structure.
The activity of the photosphere neither loses nor gains energy.
The surrounding vector space resonates with the frequency spectrum
of the photosphere, and the resonances propagate omnidirectionally.
Thus, everywhere, there was the belief that light propagates in a straight
line.
The red color of the planet Mars, showing that light is not reflected,
causes the iron minerals on the planet Mars to resonate.