Theory of Everything: Cyclical Evolution of Emergence in Eternity

This monograph presents a complete holographic cosmology in which our universe is a projection from the event horizon of a supermassive black hole in a parent spacetime ("bulk"). The model unifies cosmic evolution, quantum paradoxes, particle physics, and the role of life within a single framework: information is primary; space, time, and matter are emergent. The core mechanism-accretion onto the bulk black hole-explains:- the observed value and time evolution of dark energy (Λ),- the Navarro-Frenk–White dark matter profile as a geometric imprint of horizon polarization,- the exponential suppression of Λ at early times (BBN, CMB), resolving fine-tuning without ad hoc assumptions. Critically, the framework extends to the microcosm: an entire Appendix derives particle masses, quark confinement, the Higgs scale (~246 GeV), and neutrino oscillations from the same holographic screen. The electroweak scale emerges naturally from √(σ·lₚ), linking QCD and the Standard Model through information density. The model yields four falsifiable predictions testable by 2025–2035:1. Alignment of large-scale CMB anomalies with both the Sgr A* rotation axis and the direction of the Great Attractor (l ≈ 307°, b ≈ 9°),2. Universal deviation of black hole shadows (M87*, Sgr A*, etc.) from Kerr geometry,3. Measurable drift of galaxy cluster turnaround radii,4. Characteristic ~2–3% deviation in H(z) at 0.5 < z < 1.5. Philosophically, the work explores cosmic cyclicity, observer replication, and the necessity of life in the chain of universe reproduction. Black holes are not endpoints but wombs of worlds; the "heat death" is replaced by eternal emergence through replication. All equations are dimensionally consistent. All claims are either derived or empirically testable. This is not speculation-it is a rigorous, quantitative model where every idea is anchored in mathematics or observation. This English monograph is intended as a standalone scientific-philosophical treatise and companion to forthcoming technical papers.