Big explosion.
The vector interpretation of existence is not a conception. Vector quantities
being the properties of vectors, are real, detectable. The interactions
of vector
properties concretely show the notion of energy. The vector interpretation
of
natural phenomena is in flagrant contradiction with the materialist conception.
Example.
The explosion interpreted materialistically is a physico-chemical process
of
combustion, with the decomposition of substances into simpler compounds,
into chemical elements. Chemical elements being composed in turn of protons,
linked together by fundamental forces "manufactured" by scientists.
The materialist conception does not know the forces that compose or
decompose the elements, the substance. In the vectorial interpretation,
matter, substances of any kind are structures of the vectorial properties,
potential energy. Potential energy are the orthogonally closed vector
space
circuits and exponentially compressed by their centripetal forces
- the structure of hydrogen. Hydrogen, orthogonal circuits with potential
energy is a vector structure, with the minimum possible microscopic
dimension. The volumetric dimension is amplified by the alternative and
reciprocal variation of orthogonally closed circuits, causing oscillations
of
the vector space. With the amplified volume, the hydrogen structures close
vector circuits of connection between them and form elements, substance.
Without amplification, the substance has the potential state of the energy
of
the compressed circuits, in equilibrium with the kinetic state of the
energy
of the centripetal forces. By leaving the equilibrium, triggered from
the
outside, the compressed circuits produce oscillations of the frequency
spectrum, kinetic energy. The frequency spectrum resonates in a chain
with the structures of the substance and the potential energy becomes
kinetic energy, oscillations propagated radially in the vector space,
an expansion of the oscillations - the explosion.
Oscillations of the vector space.
Oscillations are specific to each medium: liquid, gaseous and vector space.
The specificity of oscillations consists in the speed of interaction (propagation).
Specific to vector space is the speed of interaction, practically instantaneous,
and the vector property of orthogonality. These properties constitute
the
formation of oscillations in vector space. Orthogonality forms the
microscopic vector structures, hydrogen. Hydrogen oscillations are initiated
by the curvilinear propagation of bond polarities, which close circuits
with
consecutively larger amplitudes. When the circuit is closed, two simultaneous
actions occur: the centripetal force and the polarization in vector space
of a
new orthogonally closed circuit. The new circuit reproduces with the same
amplitude, a series of orthogonally closed circuits - the oscillations
of the vector
space. Orthogonality gives the oscillations a helicoidal - linear progression.
The spectrum of hydrogen shows how the amplitude, the wavelength,
depends in practice on the length of the antenna. Orthogonality forms
microscopic vector structures and macroscopic vector structures,
with vortex motion. The vortex motion, common to liquid and
gaseous media, demonstrates that they are structures constituted
from vector properties, of the vector space.
Resonance.
In vector space, the interactions of vector properties, energy, compose
orthogonally closed vector circuits. The centripetal forces of the orthogonal
circuits compress each other and alternately oscillate. The oscillations
cease
at a characteristic dimensional limit, preserving the potential state
of energy,
in the microscopic solid state - the hydrogen structure.
