Unified Engineering Model of Subnuclear Biological Control: Architecture, Programmed Limits, and Decay Mechanisms

This fundamental work provides a comprehensive synthesis of the subnuclear engineering systems governing biological life. It integrates previous research into a unified model, describing the DNA backbone as a hardware-firmware complex. Key disclosures include: the composition of coherent plasma contours; the role of the central "Quantum Controller" in the nucleolus; and the 15-year cyclic algorithm of contour coalescence (merging) as the primary cause of aging. The paper also provides an engineering explanation for oncogenesis as an energetic asymmetry between core power and contour throughput. This document serves as a master technical manual for biological system restoration and the management of cellular time.