Nature's memory.
Vector space, the properties of vectors, highlight the memory function
of
nature - the genesis. The interactions of vector properties, energy, reproduce
the same microscopic structure: two orthogonally closed vector circuits.
The structure was considered atom, the fundamental form of existence.
The defining characteristic of orthogonally closed microscopic vector
circuits is their solid, cold, dark state and the reciprocal alternations
between
their centripetal forces, which become oscillations of vector space, caused
by a stimulus. The interactions of vector properties, energy, reproduce
from
the same memory, macroscopic structures, orthogonally closed vector circuits,
through microscopic structures, called stars. The centripetal forces of
stellar
circuits (electric and magnetic) produce radial vectorial (static) polarizations
of the same sign. The characteristic of stars is kinetic energy, the light
generated
in the photosphere. The vector density in the photosphere reproduces
microscopic chromatic structures externally, forming the chromosphere,
and
internally decomposes the microscopic structures into vector oscillations.
The chromosphere, in the abundance of microscopic structures, reproduces
macroscopic structures, stars. The reproduced stars are repelled by the
forces of their radial polarizations, forming families called systems:
galactic,
stellar, planetary. The cause of the expansion of the universe.