Non - Accelerator Observation of the Long - Range Strong Nuclear Interaction

Abstract

The non - accelerator observation of the long - range strong nuclear interaction is presented. We have studied the low - temperature spectra (reflection and luminescence) of the LiH (without strong interaction in hydrogen nucleus) and LiD (with strong interaction in deuterium nucleus) crystals which are different by term of one neutron from each other. The experimental observation of isotopic shift (103 meV) of the phononless free excitons emission line in LiD crystals is a direct manifestation of the long - range strong nuclear interaction. Such conclusion is made to the fact that the gravitation, electromagnetic and weak interactions are the same in both kind crystals, it only emerges the strong interaction in deuterium nucleus. As far as Born - Oppenheimer approximation does not work in isotope effect, we tentative connect our experimental observation with long - range hadron - lepton interaction. Most important study of the LiHx D1-x mixed crystals is the first measurement of the long - range force dependence of strong nuclear interaction on the distance between nucleons in deuterium nucleus

New Manifestations of the Strong Nuclear Interactions in Solids

“…Points derived from the reflection spectra indicated by crosses, and those from luminescence spectra by triangles Comparison the experimental results on the luminescence (reflection) and light scattering [27,9] in the crystals which differ by a term of one neutron only is allowed to the next conclusions; 1. At the adding one neutron (using LiD crystals instead LiH ones) is involved the increase the valence band -to conduction band transition energy on 103 meV (see, also [37]). 2.…”

“…The heuristics of mechanism of the strong nuclear interaction in the model of hadron mechanics [9 b ] undoubtedly deserves deep study and continuation of this direction. It should be added in this regard that more than a century ago [89] the insufficiency of the point model of elementary particle has been emphasized (see also [90,29]).…”

“…We add that the present paper on the mass isotopic effect (light isotopes) is the first among the works [20 -25] engaged in the search for new physics (and the origin of mass) studying the isotopic effect caused by a change in volume (interaction with the environment of isotopes with large mass) (see also [26]). We emphasize that in these works the main thing is the search for new physics abroad of the SM, the core of which is the search and measurement of neutron -electron interaction, as in our previously published articles [27][28][29][30].…”