The Effects of Interactions of the Extremely Low-Level …
47
A biological organism is the dynamic coherent system in which all actions are
interrelated. In organism, continuously there are oscillatory processes, which can
reduce essentially the factor of influencing the coulomb field on various vitally
important phenomena, including possible low-temperature nuclear reactions, on the
existence of which specified yet by L. Kervran. Indeed, the processes related to the
plasmatic coherent vibrations in a crystalline palladium [10] were the deciding factor
of possibility of origin of nuclear fusion reactions in this matter.
Till now, the real reasons for the occurrence of CNF in alive organisms are not
established, but the features of alive systems described above, apparently, and are
exactly those basic circumstances due to which such reactions become possible.
4 Results and Conclusions
Quantum coherent systems have the cardinal differences from not coherent.
A row of the phenomena, including the reactions of low-energy nuclear fusion,
can occur only in the quantum coherent macrosystems.
The origin of Zhadin effect can be responsible not only for the separate CDs but
also CDs, distributed in the system of agglomerates formed in the dilute solutions
of glutamic acid. Therefore, to the synchronous signal from single CDs being in
solution, a simultaneous signal can be added from CDs, structured in agglomerates.
Character of the answer signal from CDs in conglomerates can have square-law
dependence in a maximum of the radiation corresponding to a maximum of peak in
dependence of the current, measured in an experiment, from size of the extremely
low-frequency to extremely low-intensive external variable magnetic field.
For quantum coherent systems, such value as the phase has essential significance;
therefore, the big role in dynamics of these systems plays the vector magnetic potential. The processes controlled through vector magnetic potential are not connected to
carry energy as influence is carried out directly upon the phase of quantum macroobject. The field of vector magnetic potential can exist even at the absence of electromagnetic fields (Aharonov–Bohm effect); therefore, as some authors supposed,
it, in turn, can arise as a consequence of the existence of some more subtle vacuum
fields or to be the bridge between electromagnetic fields and the subtle vacuum field
which can be the biofield in an alive organism. Let’s note that the functions of vector
magnetic potential are informative, since it does not participate in carry of energy.
Essential difference of an alive from lifeless is the presence of a biofield. Only
at the presence of coherency in an alive organism, the interaction between cellular
nanostructure and a biofield can be carried out, in which the vector magnetic potential
accepts the direct participation.
The listed features of an alive organism probably are by exactly such factors by
virtue of which an alive organism occurs the reactions of cold nuclear fusion, which
have been described still by L. Kervran.
47
A biological organism is the dynamic coherent system in which all actions are
interrelated. In organism, continuously there are oscillatory processes, which can
reduce essentially the factor of influencing the coulomb field on various vitally
important phenomena, including possible low-temperature nuclear reactions, on the
existence of which specified yet by L. Kervran. Indeed, the processes related to the
plasmatic coherent vibrations in a crystalline palladium [10] were the deciding factor
of possibility of origin of nuclear fusion reactions in this matter.
Till now, the real reasons for the occurrence of CNF in alive organisms are not
established, but the features of alive systems described above, apparently, and are
exactly those basic circumstances due to which such reactions become possible.
4 Results and Conclusions
Quantum coherent systems have the cardinal differences from not coherent.
A row of the phenomena, including the reactions of low-energy nuclear fusion,
can occur only in the quantum coherent macrosystems.
The origin of Zhadin effect can be responsible not only for the separate CDs but
also CDs, distributed in the system of agglomerates formed in the dilute solutions
of glutamic acid. Therefore, to the synchronous signal from single CDs being in
solution, a simultaneous signal can be added from CDs, structured in agglomerates.
Character of the answer signal from CDs in conglomerates can have square-law
dependence in a maximum of the radiation corresponding to a maximum of peak in
dependence of the current, measured in an experiment, from size of the extremely
low-frequency to extremely low-intensive external variable magnetic field.
For quantum coherent systems, such value as the phase has essential significance;
therefore, the big role in dynamics of these systems plays the vector magnetic potential. The processes controlled through vector magnetic potential are not connected to
carry energy as influence is carried out directly upon the phase of quantum macroobject. The field of vector magnetic potential can exist even at the absence of electromagnetic fields (Aharonov–Bohm effect); therefore, as some authors supposed,
it, in turn, can arise as a consequence of the existence of some more subtle vacuum
fields or to be the bridge between electromagnetic fields and the subtle vacuum field
which can be the biofield in an alive organism. Let’s note that the functions of vector
magnetic potential are informative, since it does not participate in carry of energy.
Essential difference of an alive from lifeless is the presence of a biofield. Only
at the presence of coherency in an alive organism, the interaction between cellular
nanostructure and a biofield can be carried out, in which the vector magnetic potential
accepts the direct participation.
The listed features of an alive organism probably are by exactly such factors by
virtue of which an alive organism occurs the reactions of cold nuclear fusion, which
have been described still by L. Kervran.