Behavioral and brain activity changes in users of optical filters with fractal matrix topology.

Abstract

Since long ago, the need has been felt to have principally new methods for enhancing human resistance to environmental stressors, on the one hand, and for activating the internal resources of the organism, on the other hand. The optical filter with a matrix topology (referred to as “filter” below for short) is a new, technically innovative product from the AIRES Foundation for Development of New Medical Technologies based on information correction of the human functional state using the laws of vacuum physics and spatial-wave resonance interaction. When constructing the matrix filter, we proceeded from the assumption that the fractal is a basic unit of the structural and systems design, functioning, and management of hypercomplex systems, including humans. This means that the human organism possesses a property of self-similarity at different levels of the systems hierarchy, which allows the view that its information systems, including the brain, have a multidimensional holographic nature. In a healthy body, the information links among its functional systems and within each particular system and subsystem are known to be stable. Conceivably, the extent to which natural electromagnetic oscillations are synchronized may serve as the stability index of information interaction. In this study, electroencephalograms (EEGs) were recorded in attempt to understand whether fractal matrix filters can change the level of coherence (synchronization) of cerebral bioelectric activity (CBA) and affect human behavior. The filters represented fractal matrix modules 66.56 mm in diameter made of borosilicate glass. Their graphics was implemented as light lines against a dark (brown) background obtained by