SYSTEM AND METHOD FOR GEOMETRODYNAMIC MODULATION OF A SUBJECT'S NEURAL STATE-SPACE MANIFOLD VIA A MOBILE COMPUTING DEVICE

Abstract A system and method for non-invasive therapeutic intervention are disclosed. The system comprises a mobile computing device executing an application, a biometric sensor device, and a remote energy modulation network. The method involves generating a high-dimensional geometric model of a subject's subjective reality, termed a General Reality Manifold (GRM). The system continuously monitors the subject's state vector on said manifold via the biometric sensor and provides coordinated therapeutic inputs through the mobile application and the remote network. These inputs are designed to guide the state vector along a therapeutic geodesic path on the manifold, thereby correcting pathological geometric configurations associated with neurological or psychiatric disorders. The mobile application provides a user interface for presenting therapeutic exercises and visualizing progress, while coordinating with the remote network to deliver targeted, non-invasive energy fields that modulate the GRM's local curvature.