Feasibility study examining the short-term effects of Sonic Augmentation Technology™

Area of Science:

• Neuroscience
• Psychology
• Bioacoustics

Background:

• Sonic Augmentation Technology™ (SAT) is a novel auditory probe using acoustic features modeled on autonomic regulation patterns.
• The technology aims to influence self-reported biobehavioral states and physiological markers.

Purpose of the Study:

• To evaluate SAT's effectiveness in improving self-reported biobehavioral states.
• To assess if individuals with poorer baseline functioning benefit more from SAT.
• To investigate changes in endogenous oxytocin levels post-SAT.

Main Methods:

• Data collected from 113 participants (72 virtual, 41 in-person).
• Participants completed self-report measures for biobehavioral state, autonomic reactivity, anxiety, and depression.
• Salivary oxytocin levels measured pre- and post-SAT in in-person participants.

Main Results:

• Significant improvements observed in total biobehavioral state and arousal subscales post-SAT.
• Participants with higher autonomic reactivity, anxiety, and depression reported greater improvements.
• Increased salivary oxytocin levels were noted in the subset with available samples.

Conclusions:

• SAT shows potential as a cost-effective, non-invasive auditory intervention for enhancing well-being.
• The technology may be particularly beneficial for clinical populations with autonomic dysregulation, anxiety, and depression.