Here is a hypothesis: We live in an accretion-driven holographic Multiverse
Recent data from the DESI survey has challenged standard cosmology by suggesting that dark energy isn't a static constant, but actually varies over cosmic time. In this paper, I propose an alternative, scale-invariant geometric framework: our observable 3D space is an internal holographic projection bounded by the 2D event horizon of a macroscopic parent black hole. By treating the universe as an open thermodynamic system, I demonstrate that the stable baseline of dark energy is driven by the background expansion of a grandparent universe via recursive cosmological coupling, while the temporal "wobble" is the direct, real-time result of the parent black hole's discrete mass accretion rate (local feasts and famines). Please note that while the core physics framework and multi-generational hypothesis are my own independent research, I utilized AI models to assist with the LaTeX mathematical formatting, technical phrasing, and structural editing of the final text.
I’d like to get the community's thoughts and critiques on my research!
Link to Paper: https://zenodo.org/records/21074333