SMART MATTER INFRASTRUCTURE (SMI) PLATFORM FOR VOLUMETRIC COMMUNICATION, DISTRIBUTED PHYSICAL PROCESSING, MATERIAL AUTHENTICATION, MATERIALIZED DIGITAL TWIN, AND AUTARCHIC ENERGY MANAGEMENT ON INTRINSICALLY FUNCTIONALIZED SUBSTRATES

Abstract

Intelligent matter infrastructure based on distributed conductive percolation networks deployed on functionalized macrostructures configured to simultaneously execute confined volumetric communication, distributed physical processing, material authentication, functional resilience, and autarkic energy management. The electromaterial network enables: impedance modulation; contextual synchronization; forensic traceability; structural energy storage; and the generation of a physically verifiable digital twin. The invention comprises: distributed memristive processing; authentication based on non-clonable physical functions; and restoration of conductive continuity through electromaterial reorganization induced by electrical pulses. The invention is applicable in: intelligent infrastructure; telecommunications; defense; structural monitoring; medicine; physical cybersecurity; and distributed energy platforms.