This project establishes a bio-inspired design framework for sustainable electromagnetic architectures, using the morphology of MS 408 as a deterministic library. By applying systems engineering to organic patterns, the study defines a modular five-layer model for biotic hardware, providing a conceptual baseline for future resilient infrastructures
sustainability signal-processing reverse-engineering pattern-recognition morphological-analysis systems-engineering vlf biomineralization modular-framework electromagnetic-simulation bioelectronics schumann-resonance bio-inspired-engineering biotic-hardware functional-isomorphism loading-coils low-entropy-systems near-field-inductive-coupling transmission-models zenneck-surface-waves
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Updated
Apr 22, 2026