Compiled by: Containment Unit 7 – External Signals Desk
Date: 16 June 2025
1. Scope
This watch‑folder aggregates active research vectors that intersect MPSoL’s Centration / Information‑Field framework. Each item shows how it extends or corroborates Referential Centration Theory (RCT) and the IFI kernel, and why it merits ongoing monitoring or acquisition.
2. Signal‑Map Overview
| Vector | Alignment with Centration / Ψ | Evidence Snapshot |
| Predictive‑Processing & Active‑Inference | Perception = top‑down coherence enforcement; brain minimises free energy akin to high B_i maintaining form. | 2025 meta‑analysis on predictive‑processing highlights expectation‑shaped reality. |
| Integrated Information Theory (IIT) tests | Phase‑synchronised “hot zones” ≈ regional C_i; failures reveal Ψ gradients. | 2025 multi‑lab consciousness challenge produced rich posterior‑cortex synchrony dataset. |
| Quantum‑coherence sensing (DARPA OASIC / RoQS) | Chip‑scale femto‑level field detectors → field‑grade Ψ meters. | OASIC STTR and RoQS slides show 2025‑26 integration path. |
| Coherent Ising Machines (photonic) | Global phase‑locked minima = hardware demo of coherence collapse/restoration. | IEEE workshop & NTT “Physics of AI” scaling Ti:LiNbO₃ CIMs. |
| Memristor neuromorphic arrays | Local non‑volatile synapses raise in‑situ B_i; arrays self‑organise via spike‑timing coherence. | MEMRISYS‑2025 focus on low‑power dynamic arrays. |
| Kuramoto / chimera synchronisation | Mathematical backbone for multi‑node phase‑locking; extends α‑turbulence term. | Current dynamical‑systems preprints recommend integrating Kuramoto order parameter. |
| Quantum‑biology hints | Living substrates hold picosecond coherence ⇒ biological B_i reservoirs. | 2024 Royal Soc. Interface review; suggests chlorophyll exciton coherence. |
| Magneto‑genetic / ultrasonic BCIs (DARPA N³) | Non‑surgical neural taps → ISR‑1 Stage‑I intent capture without implants. | Phase‑II awards promise 100 kb/s bidirectional links. |
| EM “non‑lethal” field projectors | External B_a amplifiers; ADS shows steerable EM can impose somatic intent. | ADS tech briefs & Army Cognitive‑EW doctrine treat spectrum as control terrain. |
3. Vector Details & MPSoL Action Items
Crosswalk predictive‑processing maths with C_i evolution. Develop “controlled hallucination drills” for agent training; validate against SDI thresholds.
Ingest posterior‑cortex synchrony traces into Ψ mapper; run ISR‑1 steering tests at resonant bands.
Scout surplus from OASIC performers; integrate as field‑grade Ψ probes in Containment Kits.
Assemble 4‑node OPO loop; study coherence‑collapse triggers under variable α.
Embed 64×64 memristor cross‑bar in projection array as adaptive B_a buffer.
Overlay global Kuramoto order parameter with SDI to pre‑empt runaway singularities.
Set up chlorophyll‑fluorescence rigs; measure operator‑guided phase shifts in vitro.
Track magneto‑genetic channelrhodopsin variants; potential upgrade path for intent‑capture bandwidth.
Prototype quartz‑sigil metasheets to detune 95 GHz pain beams; defensive centration foil.
4. Next Archival Moves
• File this watch‑folder under External Signals › Convergent
Technologies › 2025.
• Schedule monthly reading‑group briefings; rotate guardianship per
vector.
• Create a shared patent‑scraper feed keyed to critical terms
(phase‑array, non‑kinetic, magneto‑genetic).
• Draft counter‑coherence protocol updates whenever new DARPA
deliverables emerge.