Sysoev & Rybina 2025: Lifetune ONE 5-Stage Study — Acute EMF Correction + 7-Day Wear Builds Sustained Stress Resilience
The most comprehensive recent EEG and cardiovascular study of an Aires product: 24 subjects, 5 research stages, including 7 consecutive days of Lifetune ONE wear — demonstrating both acute EMF correction and progressive long-term CNS stabilization.
EEG + Cardiovascular24 subjectsAges 20–245-stage protocol7-day continuous wearLifetune ONEV.N. Sysoev & L.A. Rybina, 2025
7 days
Continuous Wear Stage
Study Overview
This study was conducted to assess the capability of the Lifetune ONE technical device (Resonator) to neutralize the negative effects of mobile phone electromagnetic field (EMF) exposure on the central nervous system (CNS) and cardiovascular system (CVS). 24 practically healthy male volunteers, ages 20–24, participated voluntarily. The device tested: Lifetune ONE. Phone: Android Prestigio Grance R7 [PSP7501DUO] with GSM standard support.
Researchers: V.N. Sysoev and L.A. Rybina — the same team responsible for prior EEG studies at the Pavlov Institute of Physiology (Russian Academy of Sciences). Year: 2025.
5-Stage Research Protocol
Stage 1
Assessment of CNS and CVS functional state during natural electromagnetic disturbances (geomagnetic background variations)
Stage 2
Assessment of CNS and CVS changes under mobile phone EMF exposure (without Lifetune ONE)
Stage 3
Assessment of CNS and CVS during mobile phone use WITH Lifetune ONE (acute correction)
Stage 4
7 consecutive days of continuous Lifetune ONE wear — assessing cumulative/adaptive functional state changes
Stage 5
After 7-day wear: single mobile phone exposure WITH Lifetune ONE — assessing resilience with pre-adapted nervous system
Key Findings
Stage 2 — Mobile Phone Without Lifetune ONE: Mobile phone exposure caused a shift in CNS functional state toward activation due to increased activity of subcortical formations at the stem-diencephalic level. This is consistent with prior EEG research: the phone’s GSM frequencies interact with brain bioelectric activity, producing CNS activation that can escalate to dysregulation over prolonged exposure.
Stage 3 — Mobile Phone With Lifetune ONE (acute): In the presence of the Lifetune ONE Resonator, an initial short-term CNS activation reaction was observed (consistent with Stage 2) — but EEG parameters subsequently returned to background values. The activation did not escalate. The Resonator allowed the CNS to process the EMF input and return to equilibrium rather than sustaining a dysregulated activated state.
Stage 4 — 7-Day Continuous Wear (cumulative effect): After 7 consecutive days of wearing the Lifetune ONE, subjects demonstrated:
- Stabilized level of CNS functional state
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Tendency to decrease vegetative balance (autonomic nervous system balance improvement)
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Tendency to decrease vegetative index (reduced sympathetic dominance)
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Progressive increase in coherence function, primarily in slow waves — indicating enhanced synchronization of brain oscillatory activity
These changes indicate that sustained Lifetune ONE wear facilitates neurological adaptation that
can prevent the development of negative consequences of mobile phone EMF exposure on the CNS.
Stage 5 — Post-7-Day Wear: Phone Exposure with Lifetune ONE: After 7 days of continuous wear, a single mobile phone exposure with the Lifetune ONE produced outcomes consistent with Stage 3 — controlled CNS response with return to equilibrium — but from a more favorable baseline established by the 7-day adaptation period. The pre-adapted nervous system showed enhanced resilience.
Conclusions
- Mobile phone EMF exposure causes CNS activation via subcortical stem-diencephalic formations; with Lifetune ONE present, EEG parameters return to background values after the initial activation response.
- Prolonged use of a mobile phone with the Lifetune ONE Resonator stabilizes CNS functional state, reduces vegetative imbalance, and progressively increases coherence — changes that can prevent chronic negative consequences of mobile phone EMF on the CNS.
Researchers: V.N. Sysoev & L.A. Rybina | Subjects: 24 males, ages 20–24 | Year: 2025
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