Quantum Clock as a Probe of Local Energy and Galactic Phase: A Methodological and Experimental Framework

This paper extends the Quantum Clock (QC) paradigm into the theoretical domain of Dual Gravity. While the QC framework focuses on measurable correlations between timekeeping and environmental/galactic parameters, Dual Gravity hypothesizes that gravitation itself emerges from two interacting layers: (i) local energy fields (including electromagnetic, thermal, and biological), and (ii) a galactic quantum centrifugal phase. By situating the Quantum Clock as an operational probe of these layers, we outline how experimental results—whether positive or null—can inform and constrain speculative models of two-layer gravitation. This expanded perspective provides a visionary link between quantum metrology, astrophysics, and the philosophy of physics.