M1Regeneration2025

Numerical proof-of-concept

Phase Regeneration (M1): A Phase-Locked Regeneration Mechanism in a Computational Medium

A gated, DC-shifted drive is used to accumulate a scalar field inside supplied lesion and cell-shape targets.

01

Research question

Can a phase-sensitive drive localise a field to a target and preserve its supplied geometry under noise and parameter changes?

02

Method and experiment series

Modules M1–M5 provide controls and ablations; M6 tests lesion localisation; M7 evaluates cell-shape preservation with coverage, energy, Dice/IoU, and supra-threshold-node diagnostics.

Series: M1–M7 · controls · lesion localisation · shape preservation

03

Key results

  • The gated field accumulates locally during ON windows.
  • M6–M7 report lock-in of coverage and energy.
  • Near-perfect cell-level Dice/IoU is reported for selected drive-width matching, while exact numerical tables are intentionally omitted.

04

What is not established

The target is supplied to the computational medium. This is not biological regeneration, tissue growth, medical efficacy, or physical self-healing material validation.

This work is a numerical proof-of-concept. It establishes model-level behaviour under the stated assumptions and does not replace independent laboratory validation.

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