44
L. S. Martseniuk and A. S. Martseniuk
near-by an EZ surface, for the arising of new peak, are necessary for certain time,
required for the new filling of the devastated orbits.
The surprise as it marked in [21] was the message [23] that the Zhadin effect is
observed and without placement in a vessel with a solution of the electrodes. The
external electric field at carrying out such experiments was created due to the use of
condenser. It means that for used solutions the effect has volumetric character. Its
realization can take part not only CDs, forming on the surfaces of electrodes, but
also CDs distributed on all volume of a solution.
It is possible to explain such phenomenon if we assume that the solution contains
certain areas where the water agglomerates are formed similar to what takes place
in the dilute homeopathic preparations [24]. We will mark that in such preparations
there is the special structure responsible for the occurrence of memory, which can be
saved for many years. In addition, the homeopathic preparations are characterized
by the high degree of coherence. CDs can exist in the regime of super coherence in
such environment.
In such case, all processes, including the emission of molecules of admixtures,
attracted to surfaces of domains (under influence of an external variable magnetic
field), occur synchronously.
In addition, it is possible to assume that at close enough arrangement of domains
in water agglomerates, the effect similar to the effect Dicke of super radiation is
registered. Indeed, the great number of separate domains which can be disposed of
densely enough in the volume of these formations (agglomerates) can participate in
the organization of structure of the dilute solutions of glutamic acid [24].
Really, superradiation in systems which were considered by R. Dicke occurs
owing to dipole interactions of the identical particles making the coherent oscillations. In [25], it is underlined that «at superradiation there is an in-phase addition of
the dipole moments of radiating atoms and arises the macroscopical dipole moment
proportional to number of atoms» . As is known, intensity of radiation proportional
to a square of the dipole moment, therefore, appears that is proportional to N
2 .
Similar reasonings can be carried out and for CDs oscillating in a regime of super
coherency synchronously, with a single phase. Because their magnetic moments
line up parallel to the magnetic field of Earth, they are also summarized, like the
dipole’s moments of atoms in the Dicke system. At a radiation, corresponded to the
simultaneous extractions of impurity ions, attracted to the surface of CDs, there is a
change of dipole moments of CDs because of the change of their field characteristics.
This change is also summarized, and consequently, we come to the same formula of
square-law dependence of intensity of radiation (extractions of ions of impurities)
from the amount of CDs as well as in an effect Dicke [7].
Result can observe enough strong response signal on the ultra-weak external
influence that really are displayed even then, when there are no electrodes inside a
vessel with the solution of glutamic acid [23] (Fig. 3).
We will mark that a superradiation is possible only in the inverted systems, i.e.,
such, in which the number of atoms in the excited state exceeds the number of atoms
in the basic state. The second condition is that the region, in which atoms are situated,
must not exceed a wavelength, in which a radiation takes place.
L. S. Martseniuk and A. S. Martseniuk
near-by an EZ surface, for the arising of new peak, are necessary for certain time,
required for the new filling of the devastated orbits.
The surprise as it marked in [21] was the message [23] that the Zhadin effect is
observed and without placement in a vessel with a solution of the electrodes. The
external electric field at carrying out such experiments was created due to the use of
condenser. It means that for used solutions the effect has volumetric character. Its
realization can take part not only CDs, forming on the surfaces of electrodes, but
also CDs distributed on all volume of a solution.
It is possible to explain such phenomenon if we assume that the solution contains
certain areas where the water agglomerates are formed similar to what takes place
in the dilute homeopathic preparations [24]. We will mark that in such preparations
there is the special structure responsible for the occurrence of memory, which can be
saved for many years. In addition, the homeopathic preparations are characterized
by the high degree of coherence. CDs can exist in the regime of super coherence in
such environment.
In such case, all processes, including the emission of molecules of admixtures,
attracted to surfaces of domains (under influence of an external variable magnetic
field), occur synchronously.
In addition, it is possible to assume that at close enough arrangement of domains
in water agglomerates, the effect similar to the effect Dicke of super radiation is
registered. Indeed, the great number of separate domains which can be disposed of
densely enough in the volume of these formations (agglomerates) can participate in
the organization of structure of the dilute solutions of glutamic acid [24].
Really, superradiation in systems which were considered by R. Dicke occurs
owing to dipole interactions of the identical particles making the coherent oscillations. In [25], it is underlined that «at superradiation there is an in-phase addition of
the dipole moments of radiating atoms and arises the macroscopical dipole moment
proportional to number of atoms» . As is known, intensity of radiation proportional
to a square of the dipole moment, therefore, appears that is proportional to N
2 .
Similar reasonings can be carried out and for CDs oscillating in a regime of super
coherency synchronously, with a single phase. Because their magnetic moments
line up parallel to the magnetic field of Earth, they are also summarized, like the
dipole’s moments of atoms in the Dicke system. At a radiation, corresponded to the
simultaneous extractions of impurity ions, attracted to the surface of CDs, there is a
change of dipole moments of CDs because of the change of their field characteristics.
This change is also summarized, and consequently, we come to the same formula of
square-law dependence of intensity of radiation (extractions of ions of impurities)
from the amount of CDs as well as in an effect Dicke [7].
Result can observe enough strong response signal on the ultra-weak external
influence that really are displayed even then, when there are no electrodes inside a
vessel with the solution of glutamic acid [23] (Fig. 3).
We will mark that a superradiation is possible only in the inverted systems, i.e.,
such, in which the number of atoms in the excited state exceeds the number of atoms
in the basic state. The second condition is that the region, in which atoms are situated,
must not exceed a wavelength, in which a radiation takes place.