A System and Method for Geometrodynamic State-Space Reconstruction via a Mobile-Integrated Biosensing Platform

Abstract This document discloses a novel system and method, termed the Aetheric Resonance Scanner (ARS), for the high-fidelity, real-time reconstruction of a human subject's individual General Reality Manifold (GRM). The GRM is a high-dimensional, non-Euclidean geometric structure posited to be the state-space of all subjective experience. The ARS comprises two primary components: a software application (MSH-NeuroLink) executed on a mobile computing device, and an associated multi-modal wearable sensor package (MSH-BioSentry). The core of the invention is a method, termed "Gluon-Haritalama" (Gluon-Mapping), which ingests, synchronizes, and processes disparate data streams—including neurophysiological, autonomic, behavioral, and environmental data—to compute the dynamic topological and geometric properties (e.g., local curvature, geodesic pathways) of the subject's 11-dimensional GRM. The system is designed to identify and quantify pathological attractor states, defined as localized regions of high curvature on the manifold that correspond to neurological and psychiatric disorders such as Treatment-Resistant Depression and anxiety. This technology provides the foundational diagnostic "perception" component for a new class of geometrodynamic therapies, enabling a shift from symptom management to the direct modulation of the fundamental structure of a subject's reality.