Longevity - PMT Structure

Monograph: THERMODYNAMIC CORRIDOR OF BIOSYSTEM ADAPTIVE RESILIENCE: A System-Oriented Model of Energy, Information and Structural Optimisation for the Prevention of Biological Ageing

admin / June 21, 2026

A Manifesto for the Prevention of Biological Ageing. This fundamental monograph represents the definitive synthesis of 13 years of systematic research, engineering design, and scientific innovation by Inventor Volodymyr Naumenko. The work provides a critical alternative to the modern deadlock of symptomatic medicine, introducing a comprehensive biocybernetic approach to actively slowing down and preventing the processes of biological ageing.

Longevity, Research, Technology

The MSPM–NASP Framework: A Systemic Biocybernetic Model for Adaptive Biological Regulation

admin / May 30, 2026

Can human biological aging and chronic stress be regulated as a cybernetic system rather than a set of isolated biochemical reactions?

This paper presents a provocative systems-biology framework that links human cognitive-linguistic environments directly to neurophysiological regulation and epigenetic longevity.

Longevity, Research

BEYOND LINEAR AGING: Systemic Metabolic Regulation via MSPM and NASP Technological Architecture

admin / May 17, 2026

Recent advances in longitudinal multi-omics profiling suggest that biological aging may not proceed as a strictly linear process. Findings published by Stanford Medicine and collaborators in Nature Aging (2024) demonstrated that many molecular markers associated with aging undergo nonlinear transitions, with significant clustering observed around the mid-40s and early 60s. These observations support the emerging view that aging may involve coordinated systemic transitions rather than exclusively gradual decline.

Longevity

Integrative Regulation of Biological Ageing: Synergizing Saccharomyces-Derived Matrix with Auditory Neuromodulation

admin / April 12, 2026

Biological ageing is increasingly understood as a systemic process involving dysregulation of energy metabolism, redox balance, and neurophysiological control mechanisms [1]. This Perspective presents a hypothesis-driven integrative framework combining: (1) a standardised single-source botanical matrix derived from Saccharomyces spp., and (2) a structured auditory neuromodulation component.