Bio-Synthetic Reservoir Computing and Triaxial Topological Nano-Filaments: A Framework for Quantum Infrastructure and Sentient Systems

"A comprehensive framework for post-silicon computing that introduces 'The Loom Concept'—a woven architecture integrating triaxial topological nano-filaments with bio-synthetic reservoir computing (BSRC). This paper explores the use of kagome semimetals, pollen-templated carbon, and fungal mycelium to create carbon-negative, high-efficiency quantum infrastructure. It introduces the PNC-HAL principle ($E=mc^2+(1-H)I_{den}$) as a theoretical bridge between mass-energy equivalence and information density."