Title: Gurav Mechanical Intelligence Core (G-MIC): Mathematical Formulation, Mesh Topology, Utility Claims, and Patent-Design Architecture
Year: 2026
Type: preprint
Abstract: GLOBAL RESEARCH TREATISE & INTELLECTUAL PROPERTY SPECIFICATION Title: Gurav Mechanical Intelligence Core (G-MIC): Mathematical Formulation, Mesh Topology, Utility Claims, and Patent-Design ArchitectureAuthor: Adv. Sanjay Vidya Vijay Gurav 1. Abstract & Introduction Traditional computing architectures rely exclusively on semiconductor microprocessors, binary electrical logic (0 and 1), and continuous external electrical power supply. While effective, digital AI processors are inherently vulnerable to electromagnetic pulses (EMP), cyber-attacks, and energy dissipation limitations. This research paper introduces the Gurav Mechanical Intelligence Core (G-MIC), a breakthrough autonomous computational architecture that replaces electronic logic with physical mechanical mesh topology and mathematical state propagation. Governed by the Gurav-Mesh Stability & Propagation Model (GMSPM) and Gurav's Continuous Circular Flow & Stability Framework (GCCFS), G-MIC processes mechanical inputs (force, torque, pressure, and velocity) through adaptive gear matrices, achieving zero-power computation, absolute EMP immunity, and infinite combinatorial states.
Language: English
Subfield: General Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225818522
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