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Arren Sawyer

Process of Growing Artificial Armors; Halem Catheon: Establishment of the Standard Form Factor of the 3DGR Battery The side edge length, major diagonal, smaller diagonal, and angles of sides opposite major and smaller diagonals are defined by ϕ. It incorporates six GoldenFacetRhombic with Graphene bonds are strategically placed along the edges to enhance structural integrity and electrical performance. Graphene Aerogel is utilized as the electrolyte to optimize energy flow and ion transport. Neville Fallow: Implementation of the Rules of Interaction of the 3DGR The positioning and orientation of Additional 3DGRs in relation to the Anchoring 3DGR are guided by the Rules of Interaction. By attaching Additional 3DGRs in inverted or oriented positions to an Anchoring 3DGR, neighborhoods are formed within the Artificial Armor. Mathematical principles are utilized to create complex structures within the landscape of interacting 3DGRs. The Artificial Armor is developed by iteratively adding more Additional 3DGR. Jasper: Incorporation of the Signaling Rules of the 3DGR The Signaling Rules of the 3DGR are activated within the landscape of interacting 3DGRs. Binary information within Additional 3DGRs is resolved and signaling pathways within the Anchoring 3DGRs are computed. Complex signaling pathways are generated for efficient power distribution, information exchange, and energy utilization within the Artificial Armor. The cathode and anode are integrated within the VertexGateCorner of the 3DGR structure to establish positive and negative poles. Lucy Sterns: Construction of the Machine Unit of the 3DGR The three-layered Machine Unit is constructed, consisting of the AxonRadiationCore, FractalInteractantBody, and DendriticSensorArms. The FractalInteractantBody is composed of interconnected 3DGRs housing the computation. DendriticSensorArms are attached to facilitate SignalTeleoSemiotic between Machine Units. The AxonRadiationCore is surrounded by interacting 3DGRs & releases radiation based on the computational output of the FractalInteractantBody.