GEO-SEMANTIC INTERFACE: A System and Method for Navigating and Visualizing High-Dimensional Geometrodynamic Data

Abstract A system and method for processing and visualizing high-dimensional spatiotemporal data on a client device, such as a mobile telephone, is disclosed. The invention models spacetime not as a passive Euclidean background but as a dynamic, high-dimensional General Reality Manifold (GRM) whose geometry is actively shaped by the distribution of energy and information.1 The method comprises receiving a data stream representing the state of this manifold from a central processing core, translating the intrinsic geometric properties of the manifold into an intuitive and interactive user interface, and calculating optimal pathways (geodesics) for navigation within this manifold.1 The invention overcomes the profound limitations of prior art by replacing reactive, classical computational models with a predictive, geometrodynamic optimization engine. This enables unprecedented efficiency and capability in complex logistical applications, including but not limited to, space transportation, telecommunications network management, and abstract systems analysis