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The Sudama Acoustic Resonator: A Theoretical Framework for Archaeo-Physiological Calibration and Neuroplasticity Training

Juan Scherngell

preprint DOI: 10.2139/ssrn.6165826 (opens in new tab)

Study at a glance

AI-extracted from the abstract
Characteristics Theoretical or philosophical paper
Topics Neuroplasticity
Key points Argues that the Sudama Cave's dimensions generate a 34.4 Hz standing wave matching the human thoracic cavity's resonance, creating a biomechanical feedback loop that stimulates the vagus nerve and supports meditation-related neuroplasticity (modeled as +60% vagal tone, -40% amygdala reactivity). Proposes the geologically stable cave serves as an "Ur-Meter" calibration standard for resonant physiological states and represents an ancient neurotechnology.

Abstract

This study presents a theoretical model analyzing the Sudama Cave as a purpose-built acoustic resonator. The chamber's dimensions (10.0 × 6.0 × 3.6 m) generate a dominant standing wave at 34.4 Hz, aligning with the resonant frequency of the human thoracic cavity. We argue this creates a biomechanical feedback loop, stimulating the vagus nerve and promoting neuroplastic adaptations associated with meditation (modeled as +60% vagal tone, -40% amygdala reactivity). Due to its geological stability, the cave functions as an objective "Ur-Meter" or calibration standard for resonant physiological states. This work frames the site as an ancient neurotechnology, offering a physics-based framework for contemplative practice.

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