In this article, a theoretical framework is proposed for rethinking the foundations of physicallaws on the basis of a “complete temporal structure.” The central idea is that time, as it appears inconventional physics, does not necessarily represent the full temporal organization of reality, but mayinstead correspond only to the manifest and observable component of a deeper and more completetemporal structure. Within this framework, time is treated not as a single and final parameter, butas a two-component structure consisting of a detectable component and a complementary, indirectcomponent. On this basis, it is assumed that the known physical laws, in their conventional form, areobservable and reduced expressions of more fundamental relations defined on the basis of completetemporal structure.The main purpose of this article is to open a new path toward redefining physical laws through areconsideration of their temporal foundation. In this view, some difficulties, ambiguities, limits, andeven apparently unresolved structures in physics may arise not from the absence of order in realityitself, but from the fact that our current formulations are restricted to the manifest componentof time. From this perspective, what appears in conventional descriptions as a limit, singularity,conceptual inconsistency, or structurally difficult feature may acquire a more regular, more natural,and more theoretically intelligible form at the level of a fuller temporal structure.The present theory is introduced not as a closed and final system, but as a foundational andframework-forming hypothesis that may provide a basis for reexamining some of the principal relations of physics, especially in relativistic and quantum domains. Accordingly, the article suggeststhat a redefinition of physics may become possible not merely by adding new quantities, but byreinterpreting the nature of time itself and its place in the structure of physical law. For this reason,“complete temporal structure” is introduced here as a theoretical horizon for a deeper understandingof reality and for the gradual reconstruction of the formulation of physical laws.
alireza saeidi (Sun,) studied this question.