Journal: Nanotech (Нанотехника), April 2006, No. 1, pp. 146–151
Institutions: Aires New Medical Technologies Foundation; Military Medical Academy (Sysoev); Pavlov Institute of Physiology RAS (Rybina)
Overview
Early human study published in Nanotech (2006) examining the influence of mobile phone EMF on human life-process indicators — and the corrective effect of the Aires NEMA (Neutralizer of Electromagnetic Abnormalities), a fractal-matrix nano-topology device on a silicon substrate.
Notably, this paper is co-authored by V.N. Sysoev (Military Medical Academy) and L.A. Rybina (Pavlov Institute of Physiology, RAS) — the same researchers who would lead the major 2025 EEG/HRV study of Lifetune ONE two decades later. It establishes the starting point of a continuous 20-year research collaboration.
Device Description
The NEMA (Neutralizer of Electromagnetic Abnormalities) is described as a universal spatial-wave Fourier filter. Its core element is a microchip with fractal-matrix nano-topology (FMNT) applied to a silicon wafer. When any electromagnetic field (background, technogenic, or biological) interacts resonantly with the NEMA topology, structural transformation of the field occurs: during restructuring, sharp spikes of inductive activity and random outliers are differentiated and partially damped, while the information saturation of the field is preserved.
Study Design
Mobile phone used as source of weak electromagnetic fields (SEMF). Aires NEMA used as protective device. Life-process indicators measured to assess the influence of mobile phone EMF with and without NEMA.
Research Lineage
This 2006 paper is the earliest collaboration between Serov/Aires, Sysoev (Military Medical Academy), and Rybina (Pavlov Institute) — three institutions that form the core of the human clinical study program. The NEMA device studied here is the direct forerunner of the Aires Lifetune ONE tested in the 2025 Sysoev & Rybina EEG/HRV study. This paper represents the starting point of a 20-year clinical research progression.
Authors
I.N. Serov (Aires Foundation), V.N. Sysoev (Military Medical Academy), L.A. Rybina (Pavlov Institute of Physiology RAS), V.N. Ananyeva (Aires Foundation)