NZACU-Core Text

Abstract

This document is a white paper that decodes the source code of our universe. Anyone can intuitively understand the validity of this theory by feeding this text into a Large Language Model (LLM) such as Gemini to discuss and debug it. For humanity's next OS update, I hereby release this 'Specification of the Universe' as completely open-source.【Features of NZACU】 Fundamental Protocols and Discrete Computational Grid: Redefines continuous spacetime as a finite-resource information network based on three major protocols: the "Prohibition of Zero (Halt)," the "12-Port Rhombic Dodecahedron," and "Gabriel's Horn." Information-Thermodynamic Integration of Relativity: Unifies time dilation caused by kinematics and gravity as "processing lag," governed by an Orthogonal Resource Conservation Law (the Pythagorean theorem of frequencies: $\nu_v^2 + \nu_\Omega^2 + \nu_D^2 = \nu_{\max}^2$). Dark Matter Phenomena and Landauer Erasure: Formulates mass separation phenomena as "Landauer waste heat" resulting from the irreversible erasure of routing history (residual topology) accumulated in space. Scale Relationship of the Hubble Constant: Formulates the discrepancy between local and global Hubble constants as a phenomenological projection rule, $H_{0,\rm global} = \frac{12}{13} H_{0,\rm local}$, achieving statistical consistency with empirical observational data. Geometric Construction of the Cosmological Acceleration Transition Point ($z_\ast \approx 0.6487$): Derives $z_\ast = \sqrt{e}-1 \approx 0.6487$ from the resource equal-partition point ($x=e$) in the state space, maintaining consistency within the 95% confidence interval of background-independent Gaussian Process (GP) analyses. Geometric Resolution of the Cosmological Constant Problem ($10^{122}$ Discrepancy): Proposes a scaling hypothesis that defines the vacuum energy ratio as $\frac{\rho_\Lambda}{\rho_{\rm Planck}} \sim \frac{1}{N_{\rm hol}} \sim 10^{-122}$, based on the holographic boundary information capacity $N_{\rm hol}$. Tsirelson's Bound ($2\sqrt{2}$) and Global Consistency: Interprets quantum entanglement as a shared state reference within the network, constructing a framework that reproduces Tsirelson's bound ($\vert{}\mathcal{S}\vert{} \le 2\sqrt{2}$) for the maximum correlation amplitude. [Ver. 3.1 Addition] Implementation of Strict Falsification Tests and Academic Firewall Rules: Establishes robust falsifiability by purging incompatible models as "rejected" based on observational statistical tests, applying pre-fixed evaluation criteria and logical firewall rules to all prediction items. 【Financial Support & Funding】This is an independent research project. Voluntary contributions to support the NZACU framework development and related educational content can be made via Buy Me a Coffee:https://buymeacoffee.com/az_laboratory