Cosmology is traditionally presented as the study of large-scale structure: galaxies, cosmic expansion, background radiation, dark matter, and dark energy. Yet beneath these observational layers lies a deeper question:
What is the structural principle that allows a universe to remain coherent at scale?
Within the Holographic Space-Time (HST) framework, cosmology is not treated as an isolated domain of astrophysics, but as the global expression of boundary coherence dynamics. Space, time, curvature, entropy, and expansion are interpreted as emergent properties of recursive boundary interactions operating across scales.
