A PHYSICS-ONLY COMPARATIVE CLASSIFICATION OF THE GREAT PYRAMID OF GIZA AND MACROTERMES TERMITE MOUNDS

This paper presents a physics-only comparative classification of the Great Pyramid of Giza and large Macrotermes termite mounds, treating both strictly as passive environmental response structures. By restricting admissible causes to unavoidable physical mechanisms—thermal mass, gravity, internal void space, and material permeability—the analysis shows that both systems necessarily exhibit thermal buffering, buoyancy-driven air motion, and passive vapor transport under cyclic environmental forcing. Crucially, these responses do not depend on biological regulation, architectural intent, or the presence of designed openings; airflow and heat redistribution arise inevitably from density gradients acting through permeable material under gravity. Differences in material and geometry alter pathways and rates but not the governing mechanisms. The paper therefore demonstrates that both structures belong to the same fundamental physical class, with their shared behavior enforced by physics alone rather than design, optimization, or purpose.