Dr. Konstantin Korotkov — President, International Union of Medical and Applied Bioelectrography 2006 Pilot Study Report

GDV Pilot Study: Dr. Korotkov Tests Aires Device Effect on Physical Sensor and Mobile Phone Radiation (2006, Preliminary)

Author: Dr. Konstantin G. Korotkov, Ph.D., Professor
Roles: President, International Union of Medical and Applied Bioelectrography; President, Kirlionics Technologies International; Chief Scientific Officer, Energy Field Applications, Inc. (USA); Editorial Board member, Journal of Alternative and Complementary Medicine
Date: October 20, 2006
Method: Electrophotonic GDV Bioelectrography (EPC — Electrophoton Capture)
Subjects: 2 human volunteers (preliminary pilot; author explicitly calls for larger blind study)

⚠️ Measurement Methodology Note — GDV (Gas Discharge Visualization): This study uses the GDV/Electrophotonic Camera technique developed by Dr. Korotkov. GDV is not a medical diagnostic instrument, is not FDA-cleared, and is not considered mainstream scientific instrumentation. The GDV technique has not been validated in peer-reviewed biomedical literature as a reliable, standardized measure of human health or electromagnetic field effects. The findings reported here are based on this non-mainstream technology and should not be cited as clinical or scientific evidence of EMF effects on human health. This document is published for historical and contextual completeness only. The author himself characterizes this as preliminary and explicitly calls for larger controlled studies.

Study Overview

Dr. Konstantin Korotkov — inventor of the GDV camera and one of the leading researchers in electrophotonic bioelectrography — conducted a two-part pilot experiment to test whether the Aires device affects (1) the photon emission properties of a physical metal sensor and (2) the electroenergetic response of human subjects during mobile phone use.

Experiment 1 — Physical Sensor (Metal Cylinder)

Electrophotonic emission of a metal cylinder was measured in three conditions: initial baseline, with the Aires device attached to the GDV instrument, and after removal of the Aires device. Results: Area of photon emission decreased and Intensity increased under Aires device influence. These changes persisted after the device was removed.

Experiment 2 — Human Subjects During Mobile Phone Use

GDV images of all 10 fingers were taken for 2 volunteers at three conditions: baseline, during mobile phone conversation, and during mobile phone conversation with Aires device attached to the phone. GDV energy diagrams were produced for each condition.

Results (JS parameter — negative values indicate better condition):

Condition	Subject KK (Left)	Subject Tat (Left)
Baseline	−0.28	−0.22
With mobile phone	−0.50	−0.50
With phone + Aires	−0.36	−0.07

The left diagram corresponds to the right side of the head (phone-side). In both subjects, the mobile phone worsened the GDV JS parameter; the Aires device restored it toward or beyond baseline.

Author's Conclusions

Pilot experiments demonstrated effects of the Aires device on both a physical sensor and on human reactions to mobile phone radiation.
Human effect was positive in both studied cases.
The author explicitly states: "These data should be considered as preliminary; for the statistical evaluation a special set of twin-blind experiments should be organized with a big group of participants and control placebo devices."

Historical Context

This 2006 report represents an early exploratory collaboration between Dr. Korotkov's bioelectrography laboratory and the Aires Foundation. It preceded the larger, more rigorous studies that followed — including the 2013 Datova HRV study, the 2018 Rybina EEG studies, and the 2025 Sysoev-Rybina Lifetune ONE clinical study.