of the vector space inside pushes the hydrogen structures radially,
as Archimedes said. In the activity of the photosphere, a vortex reproduces
orthogonally closed vector space circuits, a new macroscopic vector
structure. The new structure called the sun, having like the mother star the
photosphere, which covers a dark sphere and the nucleus. The great density
of orientation of the vector space oriented between them, repelled and
launched the sun into orbit. Thus, the sun reproduced by one of the stars of
the Milky Way galaxy, reproduced in turn the planets, forming the solar system.
Magnetism.
In macroscopic vector structures, the density gradient of the oriented vector
space, which completely surrounds the closed orthogonal circuit,
was called the magnetic field, before its nature was known.
Electricity.
Electrical energy is a vector space structure oriented in orthogonally
closed circuits, such as the structure of hydrogen, stars and planets.
Hydrogen vector structures close their vector connection circuits among
themselves and combine, depending on their number, the elements of the
periodic table. Alessandro Volta joined the element zinc to the element
copper, forming a vector dipole - a galvanic element. The galvanic element
is nothing more than an oriented vector space, with open vector polarities
with minus for zinc and plus for copper. These inserted galvanic elements
represent the voltaic pile, a structure of oriented vector space with its
distinct polarities, minus and plus. The polarities of this pile are
"electrostatic polarizations", which orient the surrounding space, like the
poles of a magnet. When the poles of the cell are brought into contact by a
wire, a consumer, simultaneously, the wire is surrounded by the vector
space oriented in orthogonal closed circuits, as Oersted found and is called a
magnetic field. The magnetic field around the conductor is the gradient of
the density of the oriented vector space, with the maximum density in the
conductor, called intensity. The intensity in the wire, in the core of the earth
and the sun is the maximum density in their electrical circuits, called the core.
The difference is the vector space oriented through the structure of the
elements in the wire, just as in the photosphere of the sun, the density of the
vector space is oriented through the hydrogen gas. The increase in the
density of the vector space oriented theough the wire, the intensity,
produces reactions that break down the bonds in the wire structure,
melting the wire. These are the same reactions that break down the
hydrogen structures in the sun's photosphere. In conclusion, electrical
circuits are densities of vector space oriented in orthogonally closed
circuits, in which the increase in orientation density tends to decompose the
structures of the elements from which the wires are built, into oscillations.
Gravity.
The density gradient of vector space oriented in the earth's atmosphere
selects the movement of bodies, depending on their vector density.
Bodies with low density are pushed radially and stop at equilibrium with the
density gradient, as shown in the drawing below. In other words, heavier
bodies, in falling, stop at the equilibrium with the density in the gradient.
These interactions justify Aristotle's thinking and the laws of Achimedes
and exclude the existence of Newton's and Einstein's gravity. Very
interesting are the tangential movements at gradient, the flight of the airplane.
Until now, the flight of the airplane was attributed to the lifting force of the air.
In reality, the speed of the movement orients the vector space around the
airplane in the direction of the movement. The repulsive forces in the space
oriented in the same direction decrease the density of the oriented vector
space around the plane. During flight, the plane is accompanied by a space
with low density in relation to the gradient density, which balances the
density of the plane, the weight. The flight of Halley's comet, the orientation
of its tail as it circles the sun, shows, as beautifully as could be, the
interaction of the density of the sun's oriented vector space, with the density
of the space oriented by the comet's speed such as the hypostases of "lift"
and "gravitational assistance". In nature, the densities of oriented vector
space can also be amplified. During the Earth's rotation, the gradient
on the side of the hemisphere facing the sun is amplified by the solar
gradient and raises the level of the oceans - the tides.