Time is commonly treated as a fundamental entity that flows, slows, stops, or begins—most notably at the Big Bang. This assumption generates persistent paradoxes: if time can stop, does change stop with it? If time did not exist before the Big Bang, how could the Big Bang itself occur? This work argues that these paradoxes arise from a category error. Time is not a physical substance or a causal agent. Instead, time functions as a landmark: a grammatical and measurement structure that makes change readable once continuity becomes segmentable.A continuity-first framework is presented in which change does not require time in order to occur; rather, time is assigned after structural reorganization becomes distinguishable. Using analogies from language, motion, biological growth, and cosmology, the paper shows that continuity persists independently of time, while time serves only as an indexing system. Within this view, the Big Bang is not the beginning of change but the point at which change became externally readable, analogous to a birth date marking emergence rather than creation. Energy is reframed as regulated release of stored continuity rather than consumed existence. This interpretation dissolves the “beginning of time” paradox, clarifies why time cannot literally stop, and aligns naturally with relativity and emergent-time approaches in modern physics, while offering a clearer ontology for change, causation, and cosmic origins.
Khan Alim ul haq (Mon,) studied this question.