The thorny way of truth - Free Energy Community

- 188 -3 betv#eenbetween the two protons in He and, further on, in some heavier nuclei, considerablyseparated deuterons.We are tempted to consider this as an indication that the neutron is generally abUto realize a very strong internuc Tear bond, which we would like to call neutron bond.Let us take B. In its twofold EES there is a whole number of times ofelementary waves of deuteron. It seems that here the deufrons are already separatedas cluster units, and the neutron realizes the bond between the deuterons.All said up to now sounds unusual and the lack of experimental evidence is an additional obstacle for its acceptance. The cluster hypothesis, to which ours is very closeunfortunately cannot help much in this respect. However, we would like to draw at onceattention to the work of Katb et al.^ ' They investigate the cluster structure of24 Mg and propose the following2% = 1*0. See.at excitation energy 10 < E < 20 MeV, andat Eg^ > 20 MeV.'% - ^\ . 'hThese authors think that in the excitation region 18-19 MeV there must be linear^He - ^^0 -^He clusters.We think that this is in very good agreement with the results of our hypothesis.Data from the cluster microscope investigation of confirm very well our concepts.These data are presented by Tohzaki - Suzuki ^^ who thinks that the nucleusmay be considered as crystal-like consisting of He-clusters. Tozaka^ ' who investigat20 4Ne also finds that it consists of He-clusters.It is quite natural to consider the results of this study of a relatively small parof the great variety of isotopes as preliminary. When thoroughly new suggestions aremade, it is natural that their deep significance and importance can be not revealedat first.