The Wave Theory of the Field by Walter E. R. Cassani"a new, unitary Wave Theory,
for justification of masses and fields,is born"
From January 1997 11,300 +
Summary
Perturbations of the Schild's discrete space-time
As a substitute for the current hypothesis of space-time continuity, we show the nature
and the characteristics of a Schild discontinuous discrete space-time.
The wave perturbations of its metrical structure are considered as perturbations of
a new plausible and discrete discontinuous metrical "Ether".
The wave hypotesis of the mass field
Starting from the hypothesis of equality of the two energies:
Einstein relativistic mass energy E = m c2 and Planck radiation formula E = h n, we
formulate the working hypothesis that all subatomic particles are elementary sources
of spherical waves constituting on the whole the mass fields we attribute to the particles.
The wave momentum
Beginning from these «elementary waves» we discover a new law for the photon-particle
elementary interaction coming from a simple symmetry principle.
Energy and it's variation
From the wave model, we causally deduce the photon’s variational wave nature and,
as a consequence, the relationship between «elementary waves» and the De Broglie waves.
The Relative Symmetry Principle
This simple and elementary symmetry principle is represented as the only law regulating
the 4 interactions and unifying as a whole quantum mechanics and key phenomena of dynamics.
A new wave interpretation of General Relativity
An unexpected, experimental and descriptive completion of general relativity seems to have
an inevitable causal connection with quantum mechanics, realizing the dream of unifying
the relativistic and quantum physics that Einstein had pursued for a long time.
The wave description of Compton effect
The explicative effectiveness of the new unification between quantum mechanics and
general relativity is clearly shown by a wave interpretation of experimental data obtained
by Compton effect, by applying the new wave laws on the base of the relative symmetry principle.
The wave model of Electron
A further use of wave Compton effect leads us to discover an extraordinary mechanism
of wave resonance which is able to verify the possible existence of a source of
elementary waves called: particle.
The creation of wave pairs
The generalization of the same mechanism of resonance for elementary waves allows us
to justify the creation of particle-antiparticle pairs.
The wave interpretation of Lorentz force
The appliance of a dynamic orientation for the same wave mechanism we identify with
particles, shows its effects in presence of a magnetic field. It follows that Lorentz force
is a consequence of the relativistic Doppler effect of the directed wave system constituting
the particle and its field.
The wave nature of Inertia
The wave nature of masses and the generalized effect of the relative symmetry principle
leads us to consider the inertia as a natural and local consequence of the wave structure
of bodies.
The wave nature of Gravity
The same changeable model used for explaining inertia is also valid for describing a wave
quantum gravitational interaction. The latter is a completely quantum interaction,
but it is totally different from the "quantum gravity" we have till now considered.
Terminal Velocities for masses
The exclusive wave nature of bodies and of the space-time quantization causes the impossibility
for the masses in motion of overcoming the velocity of their elementary waves which travel
at the velocity of light and prevent their wavelength from being reduced below the limit
of the space quantum discrete length L imposed by quantization owing to Doppler effect.
The Antigravitational Fifth Interaction
Since it is impossible to reconsider a continuous space-time hypothesis, we can understand
the impossibility of reducing to the infinity a wavelenght describing the body's mass.
Consequently, we can understand the existence of a fifth repulsive interaction acting in
a more evident way at cosmological level among the maxi-masses and preventing the matter
from being excessively dense, as Einstein had foreseen.
The wave nature of Charge
The geometrical analysis of a «discrete space-time» shows that the wave structure of a particle,
at the level of the lenght of the quantum L, has some geometrical-wave characteristics,
that can be consequently justified and quantified through the concept of electric charge.
The vectorial description of particle
The specularity in the creation of pairs enables us to consider the counterpart to a particle,
the antiparticle, which leads us to consider the electromagnetic interaction as a violation
of the chirality properties characterizing the particular wave mechanism called: Spherical Involvent.
The Relative Isotropy Principle
From the vectorial description of the wave mechanism of a particle, we can justify the existence
of a relative isotropy principle that is a generalization of the Relative Symmetry Principle.
Statistic possibilities for the creation of elementary particles
From the justification of the statistic probabilities related to the geometrical structure of waves
we deduce the particle-antiparticle superposition in the annihilation phenomenon from which
we can draw a causal chain leading us to a reasonable model of mass creation in the form of
single elementary particles.
Mass Defect and wave Nuclear force
The investigation at nuclear level on the structure of the wave model of two protons shows
that at the distance of 1 Fermi the electric interactions are absent, since there is a lack
of those waves characterizing the electric interaction. This implicates a quantitative change
in the forces under way. From this, we can derive an original explanation of cold fusion.
The wave model of Neutron
The different wave structure and the different interactions among nucleons lead us to consider
new possibilities for a wave model of neutron.
The wave model of Beta decay
The new model shows a causal chain which justifies better than the current theory the whole
beta decay process, and consequently it shows the wave nature of neutrin.
The wave model of Muon and Pion
From the model of beta decay we can deduce all the masses, positions, energies, spins and
decays of all types of particles.
The wave atom
The quantizied energy levels of atom can be interpreted as a result of the organization of
the resonance waves of the wave source-electron about resonance orbits which include and
describe the integer numbers of Doppler wavelength on every specific orbit.
The revealed secret of Fine-Structure Costant
We obtain a complete comprehension of the causal nature of fine-structure constant
from the model having two relativistic Doppler wavefronts which move in a direction
opposite to each other on the same resonance orbit. They obey some wave parameters
allowing the resonance state.
Light as a wave variation
The last consequence of the existence of resonance and non resonance waves for the
wave source-electron passing through two different resonance states, consists in a
directional wave emission with a modulated frequency called: Photon.
The almost banal certainty of Uncertainty Principle.
A deterministic description of the mythical uncertainty principle derives causally from
the structure and organization of the waves constituting the particle as an elementary
wave source of field.
.......cassaniw@tin.it