01
Research question
Can one nonlinear field substrate retain replication-like and phase-locked regimes under resource, noise, geometry, and control interventions?
02
Method and experiment series
The report uses a normalized complex order parameter, energy and lock metrics, spatial statistics, controlled drive, PRC/PLL diagnostics, masks, gates, and threshold maps. Exact engineering parameters and datasets are withheld.
Series: V9.1–V9.6 · replication · PRC · PLL · masking · reproducibility
03
Key results
- The baseline exhibits a saturating replication-like front without model collapse.
- Resource sweeps reveal stall and decay thresholds with spectral precursors.
- PLL feedback suppresses phase bursts under moderate perturbations, while the reproducibility map aligns with the locking and robustness zones.
04
What is not established
The public report is visual and claim-bounded: exact parameters, code, and datasets are not included. Replication and locking are model observables, not proof of a self-replicating physical machine.
This work reports a theoretical or simulation result within a stated model. It is not physical validation of a technology and requires independent verification before real-world transfer.