the new fuels with magnecular structure - Institute for Basic Research

HADRONIC MATHEMATICS, MECHANICS AND CHEMISTRY
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conditions, and vice versa. It then follows that the irreversibility of processes in
our visual environment, rather than ”disappearing” as desired by academic politics,
originates instead at the most elementary level of nature, thus mandating
an irreversible generalization of Einsteinian theories and quantum mechanics.
Another widespread belief is that, since nuclear power plants work well when
built according to the laws of quantum mechanics, the latter holds for all possible
nuclear energies, including the controlled fusion. Unfortunately for mankind, this
view does not take into consideration the structural differences between fission
used in nuclear power plants and fusion used in new nuclear elegies such as
the ”cold” and ”hot” fusion. In fact, the fission process is well described by
quantum mechanics because reducible to the description of fission debris in pointlike
approximation. By contrast, for the case of the fusion of two nuclei into
a third, quantum mechanics does indeed admit a probability for the process
N 1 + N 2 → N 3 + energy, but the theory also predict a finite probability of the
spontaneous disintegration of the third nucleus into the original two, N 3 → N 1 +
N 2 , that is clear nonscientific nonsense. There is no need to do calculations
because the probability amplitude is independent of time and, thus, valid for
both reactions.
We reach in this way again the need to develop and verify experimentally a
structural generalization of quantum mechanics as a necessary premise for serious
studies on the controlled nuclear fusion. After all, the failure of both the ”cold”
and the ”hot” fusions to achieve any industrially relevant result over a long period
of time and large investments may be due precisely to the use of quantum
mechanics,
The threat to mankind caused by quantum chemistry is more insidious of
the preceding ones because, following unquestionable scientific and industrial advances
achieved during the past century, quantum chemistry is generally assumed
to be universally valid, as a consequence of which all studies on new energies and
fuels are restricted to verify said discipline.
In reality, quantum chemistry too has clear limitations that need to be identified
and resolved as a necessary premise for serious studies on new energies and
fuels. For instance, since the time of his Ph. D. studies, the author has always
considered the chemical notion of valence as being a mere ”nomenclature” without
a quantitative scientific content because, to achieve such a content, the notion
of valence should: 1) Identify explicitly the force between two electrons in a valence
pair; 2) Prove that such a force is attractive; and 3) Show that said force