Contemporary physics interprets differential atomic clock readings as empirical evidence that time itself dilates under gravity and velocity. This paper offers an alternative ontological reading that is mathematically equivalent to the weak-field predictions of General Relativity while making a substantially weaker ontological commitment. We introduce two models and one principle: (1) the Nested Continuity Frame Model (NCF), which holds that physical reality is organised as a hierarchy of gravitationally bound frames — galactic, solar, planetary, and local — each carrying its own forward continuity gradient; (2) the Machinery Fallacy, which identifies the systematic error of treating material clocks as neutral temporal detectors when they are physical oscillators responding to gravitational gradient pressure; and (3) the Physical Gap Non-Universality Principle, which formalises that the SI second, defined as 9,192,631,770 caesium transitions, represents a physically non-universal interval whose duration is modulated by the continuity-gradient conditions of the hosting frame. The framework reproduces all standard clock-experiment results (Hafele–Keating, GPS) exactly, is fully compatible with the Weak Equivalence Principle in tested regimes, and situates itself within existing traditions in the philosophy of time (Barbour, Rovelli, Poincaré, Reichenbach). Potential distinguishing predictions are identified in extreme gravitational regimes. This paper is Article VI of the Continuity Primacy Series.
Alim ul haq Khan (Mon,) studied this question.