Electricity and magnetism
Magnetic and electrical phenomena have been discovered really,
as forces of attraction and repulsion, as energy.
They are now interpreted as properties of matter, still unknown.
Here's what the magnetic force looks like!
The force of attraction between two magnets is like the force of attraction
between the sun and the earth! The similarity refers to the principle
of
transition of energy states, potential in kinetic energy and vice versa.
William Gilbert was right! The same "colors" are rejected, the
different ones
are attracted. The magnetic field is the kinetic state of energy, which
generates orthogonal electrical circuits, the potential state of energy.
So, the magnetic circuits are dynamic, kinetic energy, the force that
orients
the compass needle, and polarities of the atoms in the conductors,
for the transition into the potential state of energy (electricity).
The secret of permanent megnets
The force of permanent magnets is kinetic energy (voltage), which produces
potential energy (electricity). Therefore, the magnetic field, voltage
is a dynamic
phenomenon, kinetic energy, closed vector circuits, which produce centripetal
force. Centripetal force produces centripetal acceleration, which pushes
us
towards the earth. This phenomenon microscopically polarized the structure
of the magnetite ore, forming a magnet. The potential equivalence of kinetic
energy, of magnets are electric batteries. Two magnets attracted by their
opposite polarities continuously generate a common centripetal force,
which
represents their force of attraction. The phenomenon is "chemistry",
which
binds atoms together and repairs injuries to biological structures.
Vector polarities in the structures of elements and alloys can have the
freedom of orientation in any direction and we call them conductors.
They can have freedom of direction only in one direction and we call them
semiconductors. They can have freedom of direction only in one sense and
we call them semiconductors. They can have the freedom of orientation
in
closed circuits and we call them insulators. They can have the freedom
of
orientation in wide closed circuits, micro magnets and we call them foucault
circuits. Only the ferromagnetic structures have the "key" to
the permanent
Foucault circuits and it is the cause of the attraction and magnetization
only
between these structures. The stability of the Foucault circuits and their
magnetism comes from the permanent transition of their kinetic and
potential states of energy, like as the stability of cosmic bodies.
This principle of transition of energy states is the same as that of the
stability
of terrestrial magnetism, keeping the proportions. The difference is the
structure of the crystal, in which an external magnetic field generated
multiple foucault circuits, the earth having a single circuit called an
electroide.
It should be noted that an external magnetic circuit, forming in the crystal
the multiple Foucault circuits, put into operation the principle of the
transition
of energy states. In other words, the external magnetism generated in
the
crystal structure multiple strings of magnets, series and parallel, as
a single
magnet. This is the cause of attraction and magnetization only between
ferromagnetic structures. Therefore the foucault circuits in the structure
of
the ferromagnetic crystal have no oscillations, are cold and are destroyed
by
the increase of temperature, together with their magnetism. Closing an
electrical circuit puts into operation the principle of transition of
energy states,
which also produces propagation, with good efficiency at the lowest possible
t
emperatures. The electrical phenomenon interpreted as a current of invented
material particles, called electric charges is a catastrophic mistake
