International Journal of Science, Engineering and TechnologyAuthors: Sumeru Ray
Abstract: This paper develops a foundational theoretical framework for Space Element (SE) and Primordial Centripetal Attraction (PCA), proposing that physical space is not an empty background but a continuous, all-pervading medium possessing intrinsic physical properties. Within this framework, PCA is hypothesized to be an inherent and inherited property of SE, originating in the primordial physical condition of the universe and persisting throughout its subsequent evolution. Although its intrinsic existence is proposed to be universal, its effective manifestation is hypothesized to vary according to spatial position, local SE density, matter density, and the progressive sequence of cosmic expansion events. A fundamental distinction is established between Intrinsic PCA, representing the underlying property of SE, and Effective PCA, representing the variable physical manifestation of that property under different environmental and cosmological conditions. The framework proposes that PCA was exceptionally strong in the extremely dense primordial state of the universe. As cosmic expansion progressed through successive physical configurations, the effective influence of PCA is hypothesized to have changed. It further considers the possibility that effective PCA decreases with increasing distance from a proposed primordial cosmic centre. The paper develops a preliminary mathematical architecture for these relationships, identifies the distinction between scalar intrinsic properties and directional physical effects, and examines the requirements for deriving a physically meaningful PCA acceleration and its coupling to matter. The framework is presented as a proposed physical hypothesis rather than an experimentally established theory. Its mathematical closure, compatibility with established gravitational observations, and empirical testability remain subjects for further investigation.
