ψ-Telomer introduces the first retentional Lagrangian formalism for telomeres, treating them as structural retention nodes rather than decaying biological fragments. The model defines a two-field system (x, Ξ), derives the Telomeric Retentional Stiffness (TRS), establishes three universal structural thresholds (RIT, εₜₑₗ, Rₜₑₗ*), and constructs a ψ-phase diagram (A/B/C). The framework unifies chromosomal stability, nanobiological constraints, and ψ-retentional physics, providing a predictive architecture for structural longevity across tissues.
Logacheva Yulia (Sun,) studied this question.
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