ELECTROSTRONG
INTERACTION OF THE NUCLEUS.
The certificate of
the copyright ¹ 8493 – 30.09.2003ã.
The state department of the
intellectual property,
The Ministry of Education and
sciences of
(has translated daughter Olga)
Spaces it is considered as the form of a
matter. Equations of Maxwell are
mathematical true of the general equations of dynamics. In them, dynamics of an
electric field of a charge causes an induction of a magnetic field, as real
properties. Continuation of this mathematical true is the equations of dynamics
of mass fields. In them, similarly to an induction of a magnetic field in a
variable electric field, dynamics of a field of Strong or Gravitational
Interaction causes an induction of mass trajectories. The equations of dynamics
of mass fields of interaction, outside of electromagnetic fields, are similar to the equations of
electromagnetic dynamics outside of mass fields, with equations of Maxwell.
Similarly to electromagnetic waves, the
equations specify gravitationally-mass waves. Mass fields are induced in a
variable (quantum) field of Strong Interaction.
In a full kind, there is a mathematical true of interconnected dynamics electromagnetic, and mass fields of interaction in
conditions of quantum relativistic dynamics their component.
In both cases the question is mathematical
true of such properties, with the conditions of such dynamics determined in
everyone case.
On examples the equations of stationary
conditions of the closed mass trajectories in a field of Strong Interaction are
considered. Within the limits of constants of interaction charges of quarks of
the charged and neutral quantums of Strong Interaction of nucleons of a nucleus
are calculated. The physical essence of quark models is considered.
In decisions of the equations of a stationary
condition of the closed contours of inductive mass trajectories in a field of
Strong Interaction as structural forms of nucleons of a nucleus in a spectrum
of atoms, are calculated specific energy of connection
of nucleons of a nucleus of easy atoms. With high accuracy they coincide with
real specific energy of connection of nucleons of a nucleus.