Geopolymer-Based Material Systems for Electromagnetic Data Transmission

Description: This research introduces a novel framework for utilizing geopolymer-based material systems as functional media for electromagnetic frequency resonance and data transmission. By analyzing the structural integrity and elemental composition—specifically the optimized ratios of Silica (SiO₂) and Calcium (CaO)—this paper establishes a theoretical foundation for transforming static geopolymer structures into dynamic, frequency-responsive communication nodes. This study bridges the gap between material science and sustainable telecommunication infrastructure, proposing a scalable model for future IoT and resonant signaling applications.