46
L. S. Martseniuk and A. S. Martseniuk
As L. Kervran and other researchers showed, the low-intensive interactions prevail
in a living organism. Exactly existence of such interactions is the necessary condition of realization in the living organism of LENR, including CNF. The reactions of
LENR, which are opened in unbiological coherent systems, have other initial conditions for the occurrence, different from those which are incident to the biosystems.
Possibly, it is related to the absence in these systems of such important element, as
a biofield.
The second reason can be that some signals of influence on biostructures have a
trigger character.
The similar conclusion has made F. Popp concerning a role of very weak radiation
of biophotons in an organism.
Biophoton radiation, as it is underlined in [13] «is a general phenomenon of living
systems. It concerns low luminescence from a few up to some hundred photons-persecond per square-centimeter surface area». The author () has noted the following:
«Whatever the detailed mechanism may be, a single photon may suffice to trigger
about 10
9 reactions per second» .
It is necessary also to mention the known researches of by J. Benveniste and L.
Montagnier, investigating the methods of transmission of electromagnetic radiation
from water solutions of high cultivation (containing originally the molecules of some
substances or DNA molecules) on other objects and the influence of this low-intensive
radiation on alive organisms and received very essential results.
To the not thermal methods, influences belong to also the affecting water and the
water environment of living organisms of the low-intensive electromagnetic radiation
in an EHF range, which, in spite of his very small intensity, can substantially influence
on the vital parameters of the biosystems.
The listed kinds of low-power influence have common property that these methods
do not lead to disturbance of a thermal regime of object of influence, can have essential
influence only on coherent systems and, presumably, by the informative methods of
influence. It means that a basic role in the transmission of such signals is taken by
vector magnetic potential.
The processes guided through vector magnetic potential are not connected with
the transfer of energy, because the influence occurs directly on a phase of quantum
macro-object. The field of vectorial magnetic potential can exist even in the absence
of electromagnetic fields (the Bohm–Aaronov effect); therefore, some authors are
supposed that the fields of vector potential, in turn, can arise up as a consequence of the
existence of some more than vacuum fields or to be a bridge between electromagnetic
fields and thin vacuum fields. We will mark that as functions—informative—as in
the transfer of energy he does not participate.
Essential difference between alive and lifeless is the presence of a biofield.
E. Del Giudice finds conceivable [27] that vectorial magnetic potential «could
coincide, as suggested by Ho [28], with the morphogenetic field which is produced
by each growing organism and govern its further development» . He specifies also
that the biological effectiveness of very weak electromagnetic and magnetic fields
can be explained: «just by assuming that the agent at work in the interaction is not
the field but the potential and the mechanism of interaction is the phase-sharing» .
L. S. Martseniuk and A. S. Martseniuk
As L. Kervran and other researchers showed, the low-intensive interactions prevail
in a living organism. Exactly existence of such interactions is the necessary condition of realization in the living organism of LENR, including CNF. The reactions of
LENR, which are opened in unbiological coherent systems, have other initial conditions for the occurrence, different from those which are incident to the biosystems.
Possibly, it is related to the absence in these systems of such important element, as
a biofield.
The second reason can be that some signals of influence on biostructures have a
trigger character.
The similar conclusion has made F. Popp concerning a role of very weak radiation
of biophotons in an organism.
Biophoton radiation, as it is underlined in [13] «is a general phenomenon of living
systems. It concerns low luminescence from a few up to some hundred photons-persecond per square-centimeter surface area». The author () has noted the following:
«Whatever the detailed mechanism may be, a single photon may suffice to trigger
about 10
9 reactions per second» .
It is necessary also to mention the known researches of by J. Benveniste and L.
Montagnier, investigating the methods of transmission of electromagnetic radiation
from water solutions of high cultivation (containing originally the molecules of some
substances or DNA molecules) on other objects and the influence of this low-intensive
radiation on alive organisms and received very essential results.
To the not thermal methods, influences belong to also the affecting water and the
water environment of living organisms of the low-intensive electromagnetic radiation
in an EHF range, which, in spite of his very small intensity, can substantially influence
on the vital parameters of the biosystems.
The listed kinds of low-power influence have common property that these methods
do not lead to disturbance of a thermal regime of object of influence, can have essential
influence only on coherent systems and, presumably, by the informative methods of
influence. It means that a basic role in the transmission of such signals is taken by
vector magnetic potential.
The processes guided through vector magnetic potential are not connected with
the transfer of energy, because the influence occurs directly on a phase of quantum
macro-object. The field of vectorial magnetic potential can exist even in the absence
of electromagnetic fields (the Bohm–Aaronov effect); therefore, some authors are
supposed that the fields of vector potential, in turn, can arise up as a consequence of the
existence of some more than vacuum fields or to be a bridge between electromagnetic
fields and thin vacuum fields. We will mark that as functions—informative—as in
the transfer of energy he does not participate.
Essential difference between alive and lifeless is the presence of a biofield.
E. Del Giudice finds conceivable [27] that vectorial magnetic potential «could
coincide, as suggested by Ho [28], with the morphogenetic field which is produced
by each growing organism and govern its further development» . He specifies also
that the biological effectiveness of very weak electromagnetic and magnetic fields
can be explained: «just by assuming that the agent at work in the interaction is not
the field but the potential and the mechanism of interaction is the phase-sharing» .