Gyrosonics a Novel Stimulant for Autonomic Nervous System

TL;DR

This study introduces gyrosonics, a novel binaural audio stimulus that influences the autonomic nervous system by reducing sympathetic activity and increasing parasympathetic response, as evidenced by HRV analysis.

Contribution

The paper presents the development of gyrosonics and demonstrates its potential to modulate autonomic nervous system activity through non-invasive auditory stimulation.

Findings

Decrease in sympathetic response observed

Increase in parasympathetic response observed

Potential therapeutic application for autonomic regulation

Abstract

Gyrosonics refers to novel audio binaural stimulus that produces rotational perceptions of sound movement in head at a particular predetermined frequency. Therapeutic effect observed with this is considered to be associated with modification of arousal of autonomic nervous system. The heart rate variability (HRV), non-invasive measure of autonomic nervous system, has been measured for group of 30 subjects for pre- and post- gyrosonic installation. The time- and frequency- domain analysis of HRV results show overall decrease in sympathetic response and increase in para- sympathetic response due to listening of gyro sonics.