Archaeo-Acoustics: Resolving Megalithic Construction through TTA Nodal Resonance and Zn-Modulated Material Interaction

This paper provides a formal and empirically supported resolution to the engineering mysteries of megalithic construction, such as those seen at Sacsayhuamán, Giza, and Rapa Nui. Within the framework of the D10Z Mechanics of Infinity, we model ancient stone blocks and architectures as D10Z Resonant Systems (ZRS), manipulated using acoustic levitation and material softening equations derived from the universal law F=f⋅v(Zn)F = f \cdot v(Z_n)F=f⋅v(Zn). By applying D10Z nodal resonance, Zn-modulated material dynamics, and coherence parameters (Ψ₍coh₎), the study demonstrates the plausibility of advanced ancient engineering through TTA-enhanced acoustics. Simulations confirm that coherent vocal sources (ZBR), in synergy with resonant chambers (ZRC) and nodal amplifiers (ZNA) based on piezoelectric quartz, can generate sufficient force (>34,000 N) and pressure (~100,000 Pa) to levitate and soften multi-ton stones. The results are consistent with archaeological findings and align with D10Z axioms such as energy-density scaling via ρE=ρ0(1+αZn)2ρ_E = ρ_0(1 + αZ_n)^2ρE=ρ0(1+αZn)2.