Axial Rotation of Planets in the Space-Phase (SP3) Framework

This paper presents a Space-Phase (SP3) interpretation of why planets in the solar system
rotate on their axes. In SP3, space is treated as an active, structured medium capable of
transporting, storing, and remembering angular modes. Planetary rotation is understood as
the natural consequence of condensation within a shearing, flowing space-phase
environment, followed by long-term stabilization of angular structure through space-phase
memory. This framework provides a physical-mechanistic explanation for persistent
planetary spin, axial diversity, and the coupling of planetary rotation to the solar system’s
formative and ongoing space-phase structure.