Addressing the Final Frontiers: Arrow of Time, Fine-Tuning, Neutrino Mixing, and UIF Rigor in the SV0 Framework
Year: 2026
Type: preprint
Abstract: :The Signed-Volume (SV0) Theory of Everything has successfully resolved the most pressing problems in cosmology and particle physics, including dark energy, dark matter, the Big Bang singularity, and the hierarchy problem. In this paper (Paper XXXVIII of the SV0 series), we address four remaining foundational challenges: (1) the Arrow of Time, (2) the Fine-Tuning of Initial Conditions (Flatness and Horizon problems), (3) the specific values of the Neutrino Mixing Angles (PMNS matrix), and (4) the rigorous Hilbert space formulation of the Universal Information Field (UIF). We demonstrate that the Arrow of Time emerges from the interaction between the Entropy Cancellation mechanism (Paper XVII) and the non-local, read-only nature of the UIF. The Flatness and Horizon problems are solved by the SV0 quantum bounce and the geometric attractor of the logistic exchange law. We show that the PMNS mixing angles are determined by the discrete topology of the Spacetime Quanta lattice. Finally, we provide a rigorous formulation of the UIF using Algebraic Quantum Field Theory (AQFT) and Tomita-Takesaki modular theory, proving that the apparent wavefunction collapse is a projection from a global non-separable Hilbert space. This completes the SV0 Theory of Everything. Keywords:Arrow of Time; Horizon Problem; Flatness Problem; Neutrino Mixing; PMNS Matrix; Algebraic Quantum Field Theory; SV0 Theory; Spacetime Quanta; Quantum Foundations.
Author: Sandaruwan, M. Uditha
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225631350
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