Epigenetic Sustainability: Modeling the Human Factor as a Natural Resource through Science 4.0 and the NR3C1 Biological Pilot

Authors: Boblique J*

DOI: 10.23880/jenr-16000418

Volume 10, Issue 1

Abstract

The Anthropocene demands a paradigm shift in the management of natural resources. This paper introduces the concept of Epigenetic Sustainability, defining the human biological integrity as a finite and vulnerable natural resource. By analyzing the NR3C1 gene through the lens of Science 4.0, we demonstrate how systemic congestion in social and industrial flows leads to an epigenetic "locking" mechanism. We propose an AI-driven "Biological Pilot" framework for predictive maintenance of human resilience. This model transforms the human factor from a passive variable into a steered, sustainable asset, ensuring the long-term viability of complex socio-technical ecosystems.

Keywords: Epigenetic Sustainability; Science 4.0; Nr3c1; Natural Resources; Biological Logistics; Human Factor; Systemic Transition; AI Piloting

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