This paper provides a conceptual and operational clarification of the notion of time in physics, based on a well-known relation between quantum phase and energy, as it appears in standard contexts such as quantum mechanics, scattering theory, and wave propagation. The paper does not aim to propose a new law or derive time from first principles; rather, it seeks to organize and examine the meaning of this relation within a clearly defined interpretive framework, focusing on the distinction between time as a presupposed quantity in theoretical formulations and time as an operationally inferred quantity in physical measurement.This version explicitly acknowledges that previous attempts to address the same idea were not sufficiently disciplined in terms of the level of claim, sometimes conflating operational interpretation with broader theoretical assertions, leading to conclusions that exceeded the scope of available evidence. Accordingly, the work has been entirely reformulated to reduce theoretical ambition, define the scope of analysis precisely, and ground all conclusions in established physical contexts and literature.It is important to note that the challenges faced by an independent researcher are not trivial, as they require careful distinction between what is scientifically legitimate and what is not—a process that often demands academic supervision to stabilize and constrain concepts, and to ensure that conclusions remain within the limits of available evidence and accepted research standards. Within this framework, the phase-energy relation is used as an interpretive tool to understand why the operational procedure for defining external time fails in extreme cases, such as at the event horizon of a black hole, without claiming that this failure represents a physical cessation of time itself. In this sense, the paper falls within foundational and interpretive studies in physics, with its contribution limited to a conceptual clarification aimed at reducing interpretive ambiguity rather than expanding the existing theoretical framework.
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Said Kafi
Guenther Dermatology Research Centre
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Said Kafi (Mon,) studied this question.
synapsesocial.com/papers/698d6e4a5be6419ac0d53d46 — DOI: https://doi.org/10.5281/zenodo.18594206