Integrated Human Dynamics: A Concept Note and Research Agenda for Multi-Layer Modeling of Repair, Regeneration, and Whole-Body Integration

Human biology is better approached as a distributed, adaptive, multi-layer control system than as a static assembly of replaceable parts. Local repair, enhancement, or redesign can therefore create downstream incompatibilities across neural, circulatory, immune, endocrine, and mechanical layers even when a local intervention appears successful.

This concept note introduces Integrated Human Dynamics as a provisional upper-level framework for describing, measuring, and eventually controlling those cross-layer interactions. It does not claim a completed unified theory. Instead, it proposes a research framing, a layered vocabulary, and near-term experimental entry points for a longer-term program. The central proposition is that repair and redesign should be modeled as re-synchronization across layers rather than isolated modification of a single module.

Within this framing, neuroregeneration becomes a near-term test bed because exploration, selection, reinforcement, pruning, and stabilization can be observed and manipulated. The note places the author's prior stigmergic neuroregeneration hypothesis as a local, experimentally accessible sub-framework inside a broader agenda that also includes developmental biology, mechanobiology, immune compatibility, circulatory integration, and digital-twin-style safety modeling.

Files included in this record:
- English PDF and DOCX
- Japanese PDF and DOCX
Version: v0.1
Author: Hideyuki Chinda
Affiliation: Independent Researcher