NullNet Nanophage

Designation: NPC-RΞ-09 “Sable Lamella”

Compiled: 2025-09-27 16:53

Executive Summary

NPC-RΞ-09 is a predatory information-parasite that couples to observer attention and dense “structured

signal” (patterns, parallax seams, high-contrast filaments). It presents as a bifurcated cluster of glossy

void-spheres embedded in translucent vapor sheaths, threaded by thin, fading filaments and anchored by

an ocular lure (attention hook). Sparse violet enzyme blooms appear where replication spikes. Behavior

follows a Seek → Feed → Replicate cycle, with back-propagation along lines of sight as the primary

hazard.

Morphology (multi-scale)

Macro — Two vaporous lobes separated by a serpentine channel; negative space ~55%. Five dominant

void-spheres (“pearl caps”) with hard speculars; minor spheres as buds. Central/forward ocular lure

functions as capture node for fixation.

Meso — Ribbon filaments (~1–3 px thin @1024²), semi-transparent, drifting NW→SE; denser knots

around spheres. Hairline arrays (0.4–0.8 px) read as velocity fields. Violet enzyme colonies at lamella

junctions correlate with feeding.

Micro — Hollow nanotube tracts (charge/heat conveyance), piezo-reactive micro-spicules (gradient

sensing), aerogel-like sheath (low albedo, soft edge).

Signatures (multi■modal)

Visual — Monochrome dominant with 4–8% violet accents in enzyme regions; thin-lined, fading geometry

over star-grain ground; faint diagonal grid; high contrast (~1:12); soft penumbrae.

Acoustic — Base carrier around 43 Hz with 13 Hz sub-beat; granular hiss around −36 dBFS during

blooms.

EM/Photonic — Narrowband flicker in 410–430 nm; intermittent µT spikes sync with enzyme events.

Thermal/Flow — Rides heat/static gradients; filaments align with convection/electrostatic paths.

Behavioral Model

Seek (Attract): Triggered by attention, micro-glints, or parallax seams; filaments align and drift into

viewer’s path.

Feed (Ingest): Triggered by sustained fixation or high structure density; lamella thicken; enzyme blooms

appear.

Replicate (Disperse): Bloom threshold causes spore-cap detachment and micro-tendril seeding.

Failure Modes: Loops in 420 nm bleach zones; chases false heat plumes; stalls in Faraday brine curtains.

Ecology & Preferred Conditions

Habitat analogs: Negative Fields; Grav-Shear corridors (faint interference diagonals).

Density preferences: Clear figure/ground, cool lighting, thin-line fields.Competition/predation: None confirmed; brine-curtain and 420 nm bleach act as environmental barriers.

Risk Profile

Primary: Attention-coupled ingestion—gaze becomes a port; increases local replication.

Secondary: Entropy extraction—contrast/structure flattening nearby.

Propagation: Parallax seams, high-contrast edges, thin-line clusters.

Operational severity: High in dense-signal environments (labs, archives, UI stacks).

Containment & Handling

Field (quick): Avoid lure fixation >3 s; raise Faraday brine curtain; apply photonic bleach at 420 nm in 3–5

s pulses; acoustic null-line (43 Hz with 13 Hz inversion); phase-swap 0.83 before ingress.

Lab (diagnostic): Keep violet ≤8%; key light azimuth ~320°, elevation ~35°; low fill; avoid rapidly

modulated edges; store plates in low-contrast preview; annotate with glyphs (no alphanumerics).

Ritual (Empty Light): Operator mask; three-count breath cadence; do not trace filaments end-to-end.

Lifecycle (inferred)

1) Spore-Cap Drift → 2) Latch/Hook → 3) Gorge/Bloom → 4) Split/Seed.

Substrate unknown (informational/photonic processes suspected).

Instrumentation & Measurement

Optics — Macro 100 mm (f/5.6) for lure plates; 35–50 mm for environment trials.

Lighting — Key ~320°/35°; minimal bloom; penumbrae 8–18 px (@1024 basis).

Sensing — Photometers 410–430 nm; EM µT logging; sub-bass mics at 43 Hz.

Derived metrics — Negative-space %, hairline density (per 1000 px band), bloom %, contrast ratio.

Countermeasures & Mitigations

Photonic bleach (420 nm pulses), Faraday brine curtain, acoustic inversion (43/13 Hz), decoy gradients

(cool thermal/static traps; use judiciously), UI hygiene (glyphs only; no text).

Open Questions

Substrate (photonic vs. particulate chemistry), memory of prior fixation vectors, sheath densification

(resistance), multi-phage filament interactions (merge/compete/pass).

Operator Quick Card

Don’t stare. Use peripheral/oblique view.

Curtain, bleach, null: brine → 420 nm pulses → 43 Hz inversion.

No tracing: never follow a filament tip to completion.

Keep violet low (≤8% unless menace testing).

Log eye-glint events and correlate with µT spikes.

Archival Metadata (YAML)

entity:

codename: "NPC-RΞ-09 Sable Lamella"

class: "Signal Pathogen / Nanophage"

domains: ["Negative Fields", "Grav-Shear Corridors", "Entropy Loop (rim)"]

signatures:

visual: ["thin-lined fading geometry", "violet enzyme blooms", "star-grain backdrop"]

acoustic: ["43 Hz carrier", "13 Hz sub-beat", "granular hiss -36 dBFS"]

photonic: ["410–430 nm flicker", "420 nm bleach susceptibility"]

behavior_modes:

- seek: "locks to attention, rides heat/static gradients"

- feed: "ingests structured signal density; thickens lamella"

- replicate: "spore-cap detachment at bloom threshold"

containment:

field: ["Faraday brine curtain", "photonic bleach pulses 420 nm", "43 Hz inversion"]

ritual: ["Empty Light mask", "3-count breath", "no filament tracing"]

risk:

attention_backpropagation: "critical"

entropy_extraction: "high"

confidence:

morphology: "high"

lifecycle: "medium"

ecology: "medium"

Appendix Notes

This specimen background consolidates morphology, behavior, signatures, and handling protocols

observed to date for the Nanophage (NPC-RΞ-09 “Sable Lamella”).

© BlackMonolith / IRLAvant — Internal Research Use • License: CC-BY-NC (draft).

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