Psi Stabilizer

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The Psi Stabilizer is the first of the three core Psi-Tech modules carried in the HelmKit psi-bay. It is a single-operator, user-controlled cognitive and emotional stabilizer that maintains a steady internal reference state under operator command, supporting clear cognition and emotional regulation across high-stress or high-coherence conditions. The Stabilizer is the first module a new operator integrates, because an unstable operator is a bad operator and everything else in the Psi-Tech triad assumes a stable wearer baseline.

Defensive publication notice. This page is published as a defensive publication. Its publication date and content are intended to constitute prior art under 35 U.S.C. § 102 and equivalent international patent law, for the purpose of preventing the patenting of the disclosed subject matter and its obvious extensions by third parties. Reuse is governed by Project:Licensing (CC BY-SA 4.0) for written content; hardware designs disclosed herein are additionally licensed under CERN-OHL-S v2; reference software is GPL-3.0-or-later.

Overview

The Stabilizer is not a sedative, not a mood changer, not a forced state. It is a steady reference the operator's biology can lock onto when external conditions become turbulent. Operator-controlled dwell, intensity, and engagement; no automatic activation; no continuous emission. Engagement modes:

  • Standby — sensors active, no emission, logging only.
  • Anchor (manual) — operator-triggered, fixed duration (default 90 s), low-amplitude reference signal.
  • Anchor (closed-loop) — Mk1+, HRV-coherence feedback loop; emission gain modulated by the operator's measured coherence drift.

Operational uses: StarCom analyst-seat steadiness through long shifts; Resonant Pipeline contact-stress recovery; field decision-making under psionic perturbation; faster decompression after psionic exertion.

Theoretical Basis

The Stabilizer rests on three layered claims, only the deepest of which is psionic:

  1. 2e7d32;"
Epistemic status: [[
Category:Provisional Psi Claims|PROVISIONAL]]
Theory anchors: Heart Rate Variability and Psi

Heart-rate-variability biofeedback measurably improves emotional regulation and cognitive steadiness in healthy adults. This is the Stabilizer's base effect and is independently established.

  1. 1565c0;"
Epistemic status: [[
Category:Testable Psi Claims|TESTABLE]]
Theory anchors: Resonant Neurobiology

Low-amplitude near-field RF, paced to a wearer-specific baseline, can entrain HRV faster and more reliably than visual or auditory pacing alone. This is a falsifiable engineering claim that the Mk1 bench program is built to test (blinded RCT, n ≥ 30, primary endpoint: time-to-coherence under standardized stressor).

  1. c62828;"
Epistemic status: [[
Category:Speculative Psi Claims|SPECULATIVE]]
Theory anchors: Scalar Electromagnetic Waves, Psi Field

The same emission also acts on a Psi Field coupling, providing operator stabilization in conditions where ordinary biofeedback does not (e.g. hostile psionic environments). This is the Tho'ra-doctrinal interpretation; it is not required for the Mk0/Mk1 utility claim to hold.

The Mk0 is explicit about being a placebo-grade carrier; Psionics doctrine does not dismiss placebo, it accounts for it.

Subsystems and BOM

Mk0 Symbolic Stabilizer (target ≤ $40)

Part Role Cost
3D-printed module shell HelmKit psi-bay form-factor $4 WS2812B LED ring (16 px) Visible "active" indicator $3 ATtiny85 LED breathing pattern $2 Engraved sigil plate (acrylic, brass, or copper) Ritual / brand carrier $8–15 Hardware + decals Mount, brand $5
Estimated total $22–35

No RF, no sensors, no closed loop. Works through intentional practice and operator self-discipline. Honestly labeled as placebo-grade in operator briefing.

Mk1 Bench Stabilizer (target ≤ $250)

  • nRF52840 module (compute + BLE) — $15
  • Polar H10 or equivalent HRV chest strap (BLE) — $90
  • Bifilar planar coil (etched PCB, ~30 mm × 30 mm, 1–8 MHz range) — $3 (PCB) + wire
  • SI5351 programmable clock generator — $6
  • Low-power Class-D amp + low-pass filter — $8
  • Current-sense + thermistor — $4
  • Single 18650 + TP4056 + boost — $10
  • Enclosure, connectors, miscellaneous — $20

The bench unit emits sub-ICNIRP near-field at coil. Field strength continuously measured; gain modulated by HRV-coherence delta. All emission gated by MCU-B in HelmKit Architecture.

Mk2 / Mk3

Mk2 adds: portable PPG (no chest strap dependency), multi-hour battery, vibration-tolerant coil mount, telemetry. Mk3 adds: auto-calibration, manufacturable coil, integration with the Psi-Tech triad over the HelmKit I²C bus.

Build Notes

  • Calibrate against operator baseline before first use — 5-minute resting HRV measurement, stored as the per-operator target.
  • The coil radiates strongly only in the near field (< 5 cm). Field strength drops below ICNIRP basic restriction within 15 cm.
  • OpenBCI Cyton or NeuroSky MindWave can substitute for HRV input during development of Mk1 (EEG-coherence rather than HRV-coherence) but is not recommended for production due to motion sensitivity.
  • Bench validation harness: synthetic stressor (Stroop or cold-pressor analog) + 10-min recovery, n ≥ 30, double-blind sham coil.

Safety and Ethics

  • RF aggregate power capped at -6 dB below ICNIRP basic restriction for the head, evaluated at coil + 1 cm.
  • Single-operator only. The near-field coil cannot effectively address a third party at any usable range, by design.
  • Thermal sensor on coil; auto-shutdown > 45 °C surface.
  • Operator hard-kill via HelmKit lanyard.
  • No data leaves the helm except via deliberate operator export. HRV traces are personal medical data; treat accordingly.
  • No automatic engagement. The operator must affirmatively trigger any non-standby mode.

Maturity

Maturity (Mk0 → Mk3)

See Tho'ra Tech Maturity Levels for the convention.

Mark Phase Status Confidence Evidence Base Next Validation Gate
Mk0 Cosplay-type Complete 100% (symbolic) Ritual + build practice User satisfaction
Mk1 Prototype Active
Mk2 Test-type Planned
Mk3 Production Projected

Failure Modes and Mitigations

  • Coil over-current. → MCU-B independent current limit + thermal cutout.
  • Operator over-reliance. → Engagement limited to operator-triggered windows; no continuous mode.
  • HRV signal loss (chest strap disconnect). → Automatic revert to fixed-pace anchor mode; alert operator.
  • Calibration drift. → Forced recalibration every 30 days or per-operator-elective.
  • Misuse on a third party. → Designed range and field geometry make this physically ineffective; doctrinally forbidden regardless.
  • Placebo-attribution at Mk0. → Briefing material states the Mk0 effect is placebo-by-design; this is a feature, not a flaw.

See Also