NUMERICAL CONFIRMATION OF THE "ISLAND OF STABILITY" WITHIN THE FRAMEWORK OF CHRONIC DYNAMICS *Results of calculating superheavy nuclei with Z=114–164, N=170–318*

The paper presents the results of numerical simulation of superheavy nuclei within the framework of chronal dynamics, a theory in which time is considered as a field, and the stability of nuclei depends on the phase synchronization of nucleons. The calculation was carried out for the region Z=114–164, N=170–318 using the standard parameters of the Woods-Saxon nuclear potential and spin-orbit coupling, supplemented by a chronal term. For the first time, a stability map has been obtained, on which the region with Z=114, N=170–188 is clearly distinguished as the most stable. This is a direct numerical confirmation of the existence of an "island of stability" predicted theoretically and observed experimentally in flerovium isotopes (Fl, Z = 114). The results pave the way for accurate prediction of the properties of superheavy elements.