Matter Entry into a Black Hole in the SP3 Framework: Space-Phase Conditioning, Motion-Channel Restriction, and Angular-Momentum Filtering

In the Space-Phase (SP3) framework, space is treated as a phase-bearing medium capableof conditioning, saturation, memory, and delayed relaxation. Within this framework, theentry of matter into a black hole is not driven by an attractive force, but by a progressiverestriction of dynamically permitted motion pathways as space becomes increasinglyconditioned by prior matter–energy use. This paper presents a continuous logicaldescription of how matter approaching a black hole is filtered by angular momentum intodisk-retained components and inward-destined components, culminating in irreversibleentry across a maximally conditioned space-phase boundary. The process is shown to behistory-dependent, directionally asymmetric, and fundamentally rooted in space-phasecompatibility rather than force balance or instantaneous geometry.