Millimeter Wave & 5G EMF Research — Aires Studies

Millimeter Wave & 5G Research

Studies examining the biological effects of 5G millimeter-wave frequencies (28 GHz) and the protective modulation provided by Aires Lifetune resonators in both human and animal models.

3
Published Studies
64
Human Subjects
28 GHz
Primary Frequency
2020
Study Year
About 5G millimeter waves: 5G networks use a wide spectrum including sub-6 GHz bands and millimeter wave (mmWave) frequencies from 24–47 GHz, with 28 GHz being the most common initial mmWave deployment. mmWave signals have very short range but extremely high data throughput and are used in dense urban deployments.
Key finding: The same Lifetune resonator that normalizes Wi-Fi EEG effects also normalizes 28 GHz 5G effects — confirmed in both the largest human EEG study (64 subjects) and the first animal model study using mmWave 5G.

Human Studies

1

64P1S5G: 28 GHz 5G Effects on Human EEG — 64 Subjects (2020)

The largest EEG study in the Aires research program. 64 healthy male volunteers underwent double-blind EEG monitoring during 28 GHz exposure. 5G mmWave exposure produced significant EEG disruption; Lifetune resonators fully normalized brain bioelectric activity. Pavlov Institute of Physiology, RAS.

EEG5G 28 GHz64 subjectsdouble-blindPavlov Institute2020

Animal Model Studies

2

Bee 5G Millimeter Wave Study with Lifetune Resonator (2020)

First animal model study of 28 GHz 5G effects on honeybees. Aires Lifetune resonators present: measured parameters normalized significantly. Pavlov Institute of Physiology, RAS.

bees5G 28 GHzLifetunePavlov Institute2020
3

Rat Study: Wi-Fi and 5G Exposure Effects (2020)

Mammalian model study examining rat biological response to combined Wi-Fi and 5G EMF exposure. Aires Lifetune resonator groups showed normalization of key parameters. Pavlov Institute of Physiology, RAS.

rats5GWi-FiPavlov Institute2020

Why 5G Research Matters

5G millimeter-wave frequencies represent a meaningful increase in ambient EMF exposure for people in mmWave coverage zones. The 2020 Pavlov Institute studies are among the earliest controlled research on Lifetune resonator protection specifically against mmWave 5G.

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