Anakinesis

The article presents the scientific substantiation of anakinesis, a physical mechanism for restoring the coherence of supramolecular cell ensembles (biomolecular condensates) through an induced phase transition. It is shown that in the human body this mechanism exists in two forms: spontaneous anakinesis, triggered by powerful external triggers (hunger, cold, psychotrauma, etc.), and evolutionary anakinesis, observed in centenarians as a result of natural stability condensate network. Based on the analysis of epidemiological, oncological, and gerontological data, as well as in the light of the Non-Information Theory of Life (NTA), the author concludes that there is a universal evolutionary mechanism of cellular self-renewal associated with phase separation and the dynamics of disordered regions of proteins. The key addition: anakinesis is inextricably linked to the restoration of the phase topology of water (parameter S, tetrasignature lifetime τ_T), which creates a physical environment for assembling new coherent ensembles. The organism is considered as a hierarchical nonlinear oscillatory system, where aging corresponds to the loss of coherence of condensates and a shift in the phase balance of water, and regeneration corresponds to a reverse phase transition. The main goal of the work is to substantiate the possibility of reproducing evolutionary anakinesis in any person using a non-invasive, non-drug wave effect on aging (the Quatotron technique), which uses the principle of controlled frequency capture to induce phase transition in supramolecular ensembles and restore the phase topology of water. Two pilot clinical cases with objective changes are presented (restoration of hair pigmentation, tissue regeneration, improvement of laboratory parameters and biological age), which illustrate the potential of reproducing evolutionary anakinesis in age categories of people.