This paper applies the Prisymphonic Coherence Framework to solar physics, analyzing the Sun as a fusion-powered, coherence-modulated plasma system. Using publicly available helioseismology and sunspot datasets, the study identifies φ-scaled temporal structure in the solar activity cycle and examines spatial coherence signatures in sunspot geometry. The Sun is interpreted within the framework's hive lifecycle model as an active coherence controller. The analysis includes both confirmed predictions and null results, establishing clear boundaries for where coherence modulation operates within stellar dynamics.
Debora Messier Briggs (Thu,) studied this question.