Title: The Concept of the Universal Connecting Principle of Physical Phenomena: An Information-Deterministic Framework (Revised and Expanded Edition) Description: This paper presents a fundamental revision of the "Theory of Everything" through the lens of Information Determinism. Moving away from stochastic interpretations, the author proposes a computational model of the Universe where energy, mass, and space-time are redefined as parameters of a global algorithmic process. Key highlights of this edition include: Information Dynamics of Constants: A new derivation of fundamental constants where Energy (E) is defined as iteration frequency (bitrate) and Mass (m = E/c²) as the density of information archiving. The "Toy Model" of Systemogenesis: A mathematical formalization of a four-stage fractal protocol (Loading, Rejection, Initialization, Condensation) that governs the emergence of structure at all scales—from subatomic particles to social institutions. Resolution of Physical Paradoxes: The framework provides deterministic explanations for quark confinement, baryon asymmetry, and quantum entanglement, treating them as topological necessities of the system's code. The "Base Firmware" Concept: A detailed analysis of the hydrogen atom as the primary functional node of matter, explaining the subsequent evolution of the periodic table through multiplication, interaction, and algorithmic compression. This work bridges the gap between theoretical physics, molecular biology, and sociology, offering a unified Relational Topology that views the observer and the observed as integrated nodes within a single, self-optimizing Information Matrix.
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Makhset Bazarbayev
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Makhset Bazarbayev (Mon,) studied this question.
synapsesocial.com/papers/6a0414f679e20c90b4444d8d — DOI: https://doi.org/10.5281/zenodo.20118558