Differences in Conductor Conductivity: Retardation of Primon Wavelike Transfer by Dynamic Lattice Vibration — A Qualitative Mathematical-Physical Model

This paper constructs a qualitative mathematical-physical model for differences in conductor conductivity, based on the fundamental postulates of the Primon theory. It explains the retardation effect of Primon wavelike transfer caused by dynamic lattice vibration. The model does not adopt conventional concepts including electrons, charge carriers and field theory. Conductivity variation, temperature-resistance characteristics and superconducting phase transition are derived from lattice geometric structure and atomic vibration parameters. This work provides a self-consistent qualitative interpretation for metal electrical transfer phenomena. It does not purport to replace BCS theory; quantitative fitting and detailed comparison are reserved for subsequent research.