Reality.
The evolution of the interpretation of natural phenomena.
The magnetic field is a vector space oriented in a closed circuit through
the
magnetic axis. The balance between the repulsive and attractive forces
at the
equator of the magnetic field changes towards the center of the star,
by
increasing the attractive forces. The increase in the attractive forces
causes
the increase in the orientation density of the vector space. It follows
that the
centripetal vector force is not a displacement of the vector space towards
the
center of the star, but an increase in the orientation density of the
space.
The increase is produced by the open and curvilinearly propagated magnetic
field from the magnetic axis, which closes circuits in the vector space,
from
the magnetic axis to the equator of the magnetic field, giving it a lenticular
shape.
So, the orientation density of the vector space describes a relatively
stable
curve, with the density increasing towards the center of the star.
Vector space is the oscillating medium, through which frequency spectra
propagate omnidirectionally. In the density increased to a certain value,
the
oscillations produce vortices and microscopic vector structures, hydrogen.
With the abundance of hydrogen gas, the density, called pressure, increases
exponentially towards the center of the star. The increase in density
in the
hydrogen layer produces reactions of composition and decomposition of
hydrogen structures and an immense spectrum of radiation. In this layer
called the photosphere, the potential energy of the hydrogen structures
is
continuously decomposed into kinetic energy, into oscillations, into light.
The oscillations emitted by the inner face of the photosphere are diminished
and included in the huge orientation density of vector space. The huge
orientation density of vector space stops around the nucleus at zero K.