The Ontological Voltage in Josephson Junctions: A Manifestation of Macro-Rotational Quantum State

The Ontological Voltage in Josephson Junctions: A Manifestation of Macro-Rotational Quantum State AbstractWe propose that the voltage U observed in a Josephson junction is not an externally applied driving parameter, but the ontological equivalent voltage of the Cooper pair’s macro-rotational quantum state. Based on the World Quantum model E_q=x⋅ℏf_w (c/v)^2, we rigorously derive:f_w= K_j U(v/c)^2 This establishes a direct ontological identity between voltage U and quantum state energy Eq . From this, we obtain a new expression for the Josephson frequency:f_w= K_j U(v/c)^2where (v/c)2 reflects the quantum response efficiency of the vacuum structure. This result connects macroscopic superconductivity with the ontological unification of energy and voltage, revealing the dependence of quantum frequency on carrier dynamics.