Trend Structure Packaging Density Theory: A Comparative Analysis from Nuclear Composition to Energy Scale

This paper introduces a new cosmological model, the “Trend Encapsulation Density Theory,” which posits that the mass of matter is determined not by the number of constituent quanta, but by the complexity of the structures they form. Through comparisons of iron and water, analysis of fusion and fission energies, and an exploration of the responsive behavior of trend factors, the theory argues that structural complexity is the key variable governing mass and energy density. It offers a novel perspective to complement existing physics and deepen understanding of atomic and cosmic formation mechanisms.