Rybina (November 2020): Lifetune Personal Protection EEG Study — Alpha Power Increase in 40–60 Year Old Subjects During 15-Minute Application

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Rybina (November 2020): Lifetune Personal Protection EEG Study — Alpha Power Increase in 40–60 Year Old Subjects During 15-Minute Application

AIRES Human Genome Research Foundation November 2020 EEG Clinical Study Report Lifetune Personal Protection

Rybina (November 2020): Lifetune Personal Protection EEG Study — Alpha Power Increase in 40–60 Year Old Subjects During 15-Minute Application

Researcher: Doctor of Biological Sciences, L.A. Rybina
Organization: AIRES Human Genome Research Foundation
Date: November 2020
Device: Lifetune Personal Protection (LPP) — placed on the solar plexus (celiac plexus region)
Method: Standard EEG — Encephalan-131-03 analyzer; 10×20 electrode scheme (frontal F3/F4, parietal P3/P4); alpha band analysis; sign test for statistical assessment
Subjects: 18 volunteers (8 men, 10 women), age 40–60, no active health complaints, no unhealthy habits, informed consent obtained

Study Rationale

This study evaluates the neurophysiological effect of the Lifetune Personal Protection (LPP) device during 15 minutes of continuous application in subjects aged 40–60 — an age group characterized by increasing autonomic regulatory instability and EMF sensitivity. The study was conducted in November 2020, in the context of growing recognition that age-related changes in CNS plasticity require dedicated investigation of electromagnetic device effects.

The LPP was applied to the solar plexus (celiac plexus) — selected for its high density of parasympathetic and sympathetic nerve fibers, making it one of the most sensitive and responsive sites for bioelectromagnetic intervention.

Baseline EEG Profile

Baseline recordings for all subjects fell within the age norm. In 11 of 18 subjects, dominant alpha activity showed characteristics typical of mild regulatory instability in this age group: spindle-shaped amplitude modulation disturbed by slow-wave activity (anterior emphasis), alpha frequency instability at 9.5–11 Hz, amplitude variation within recordings (40–80 μV), and alpha index of 50–70%.

Effects During LPP Application

Visual EEG pattern assessment showed consistent changes beginning during LPP application, continuing throughout the 15-minute session:

Key EEG finding: LPP application produced EEG pattern changes consistent with a meditative state — increase in slow-wave rhythm in anterior leads, synchronous alpha power increase across all leads, and smoothing of bilateral alpha asymmetry (from D≥S to S≥D).

Quantitative Alpha Power Results (p ≤ 0.05)

  • Left frontal lead (F3): Absolute alpha power increased from 25.75 μV² (baseline) to 36.75 μV² after 12 minutes of application
  • Right frontal lead (F4): Absolute alpha power increased from 28.59 μV² to 31.71 μV²
  • Occipital leads: Consistent alpha power increase (trend level)
  • Alpha frequency: Slight increase trend (9.88 Hz → 10.17 Hz left; 9.85 Hz → 10.02 Hz right) — associated with amplitude increase rather than frequency shift, indicating suppression of activity source rather than classical desynchronization

Interpretation

The alpha power increase pattern during LPP application is characteristic of enhanced thalamo-cortical synchronization — a state associated with reduced mental load, improved autonomic balance, and CNS integration. The similarity to meditative EEG patterns (increased alpha amplitude with maintained frequency) is notable: meditation research consistently links elevated frontal alpha with reduced anxiety, improved attentional control, and parasympathetic dominance.

The specific placement on the celiac plexus is relevant: this plexus integrates autonomic regulation of the thoracic and abdominal viscera. Modulation of its bioelectromagnetic microenvironment could plausibly affect the autonomic-CNS axis, consistent with the observed bilateral frontal alpha changes.

No adverse effects, pathological rhythms, or safety concerns were identified in any subject.

Self-Reported Outcomes

Subject well-being was assessed throughout via pulse rate, oxygen saturation, and self-reporting. No adverse subjective experiences were reported. Multiple subjects reported spontaneous sensations consistent with relaxation.

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