A Unified Geometric Framework of Matter, Space and Gravitational Neutralization

This paper presents a unified geometric framework that bridges particle motion, spacetime architecture, and gravitational interaction through a novel constructive approach. By synthesizing a core structural model with three distinct theoretical modules—the radial energy-path network of space, the electrodynamic metamorphosis of complex conductor geometries, and the kinetic collapse theory of matter—we propose a mechanical-geometrical alternative to traditional cosmological and quantum paradigms. We introduce specific structural mechanisms: a discrete radial substrate of space with defined angular divisions, transient field-shielding profiles in multi-axially interwoven copper geometries, and a non-thermal mass deconstruction regime within symmetric black hole collisions that triggers cyclic cosmic expansion. Finally, these concepts are integrated into a novel propulsion concept based on localized gravitational neutralization and "mass masking." This framework offers a foundational blueprint designed to stimulate new vector-field simulations, experimental electrodynamic testing, and alternative pathways in foundational physics.