Quarks species in a cold genesis theory; theoretic implications of a Vortical quark model

Abstract

By the author’s cold genesis theory (CGT), based on the Galileian relativity, it was argued the possibility to explain the massic spectrum of the elementary particles by two species of preonic quasi-crystalline quarks: A) preonics –formed by basic preons z0(34 me) which form bosonic preons z2(4z0) and zpi(7z0) , and B) quarkonics – formed by 3n preonic quarks (4≥n≥1) (mainly –v- or/and s-quarks) or as crystalline cluster of 7x5 = 35 preonic or quarkonic quarks: (p+;n−) –nucleonic quarks or l±, s±,v± -preonic quarks, or c- or b- quarkonic quarks, (‚charm’, ‚botton’), in two flavors: f=1-of Standard model’s variant and f = 2 –of Souza/CGT’s variant. Because the basic z0-preons are explained as cluster of paired degenerate electrons, the strong forces between quarks and particles can be naturally explained by the existence of a permanent etherono-quantonic vortex around the super-dense kernel of electron generated by etherono-quantonic winds of the quantum vacuum and by an etheronic centripetal force of Magnus type. As consequence, in CGT can be argued a model of‚ gravistar’ having a shell of dark energy but also of photons vortexed around a rotational hard core (HC) of black hole type which –by matter→energy conversion can obtain periodically an antigravitic (pseudo)charge MA, by the releasing of heavy etherons of the destroyed degenerate electrons’ vortices. The antigravitic field of an enough high value of MA, produced by the friction between the surface of an internal hard core (HCi) of HC, of black hole type, and the interior surface of a crystalline shell of current strange cold quarks, HCe, could be –in this case, a natural equivalent of the‚ dilaton’ field considered in the EMD theories.