The Space‑Phase Cycle: An Ecological View of Energy, Matter, and Light

A familiar example of cyclic structure in nature is the carbon cycle, in which carbon is taken
up from the atmosphere, temporarily organized into biological structure, and later returned
to the atmospheric reservoir through decay or combustion. This paper proposes an
analogous cycle for space‑phase within the SP3 framework. Unconditioned space‑phase is
progressively conditioned by matter and motion, saturated and constrained in bound
systems such as electrons in atoms, released through decoherence as light, and taxed during
transport, with energy returned to space‑phase storage. Crucially, a relaxation logic exists
by which stored space‑phase energy reverts toward a native, low‑structure state. This
space‑phase cycle provides a unifying physical narrative connecting atomic transitions,
photon redshift, cosmic expansion, dark energy phenomenology, and black‑hole energetics.