The thorny way of truth - Free Energy Community

187 -It would be fine, but quite strange, if everything was so simple. Among the incrediblylarge number of isotopes, exceptions appear at once. Table 3 shows the EES of somenuclei that make an exception: they should be stable from the point of what was saidjust now but, unfortunately, they are not.Table 3 may be still supplemented with quite many examples from the beginning of theperiodical system of isotopes. It is important that, for many of the unstable nuclei,the width of the potential hole may again contain a whole number of times of elementarywaves of de Broglie, but of unstable clusters; this might be a cause for their instability.It seems that some nuclei are unstable since, because of the unsuitable width of thepotential hole, they cannot hold certain stable components for a long time. Other areunstable because they consist of unstable components. It is possible that this characterizessimply the relativity of the notion stability. The time scales in the nucleiand in our life differ greatly.Impressing is the way, how the idea of stability, as an idea of the availability of.a potential hole containing a whole number of times of elementary waves of de Broglie ofthe clusters composing the nucleus, turns almost at once into an idea of the necessitythe elementary waves of de Broglie of the clusters composing the nucleus - stable ornot - to enter a whole number of times in the width of the potential hole. This willthen determine the stability or instability of the composed nucleus. Then it is logicalto assume that the nucleus most probably will be composed of those clusters whose elementarywaves of de Broglie satisfy relation (8).However there are nuclei which decisively disobey relation (8).In Table 4 we have chosen some of them, confining to relatively not yery complexnuclei and remaining thus at the beginning of the periodical system of isotopes.The first is the He nucleus. In the width of its potential hole there is not a wholenumber of times of the elemntary waves either of proton or of deuteron, which might beits only cluster units. It should be unstable but in fact it is one of the most stablenuclei. This fact impels us to assume that here perhaps we come across something likea new constructive unit. As it seems, the neutron realizes an exceptionally stable bond