01
Research question
Which regeneration-like functions survive geometry, identity, damage, latency, resource, and numerical-resolution stress?
02
Method and experiment series
M2.1–M2.10v2 use dedicated observables and null controls for morphology, selectivity, cycling, protected-region exposure, delayed observation, scarcity, and grid/realisation transfer.
Series: M2.1–M2.10v2
03
Key results
- The gated source reconstructs supplied morphologies and distinguishes selected targets in the declared validity windows.
- Repeated perturbation, latency, protected-region safety, and resource trade-offs are made directly observable.
- Core protocol identities persist across the audited 1024, 1536, 2048, and 4096 grids; a reduced cycling proxy is explicitly excluded from the scaling claim.
04
What is not established
This dimensionless phenomenological model does not establish biological tissue regeneration, medical benefit, autonomous self-healing hardware, materials feasibility, or physical quantum–plasma behaviour.
This work is a numerical proof-of-concept. It establishes model-level behaviour under the stated assumptions and does not replace independent laboratory validation.