Abstract
Asymptotic freedom, as a natural result of a theory based on ageneral approach, derived by a new interpretation of phenomenalike the EPR paradox, the black-hole formation and the absence ofprimary cosmic antimatter is presented. In this approach,conservation laws are considered always and absolutely valid,leading to the possibility of topology changes, and recovering themutual influence between fundamental forces. Moreover, a newconsideration of time arrows leads to asymptotic freedom as anecessary consequence. In fact, asymptotic freedom of stronginteractions seems to be a feature common also to gravitationalinteraction, if induced-gravity theories are taken into accountand a symmetric-time dynamics (t → ±∞) isrecovered in the light of a general conservation principle.
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