The Algorithm of Existence physic version: Micro–Black-Hole Networks and the Emergence of Light, Matter, and the Dark Sector

This second edition presents a substantially refined and expanded formulation of the Micro–Black-Hole Network framework, a scale-invariant structural model proposing correspondence between atomic, galactic, and cosmological regimes. Building upon the first edition, this version introduces improved mathematical consistency across scale transitions, clarified derivations of fundamental relations, strengthened dimensional analysis, an explicitly structured Lagrangian formulation of network dynamics, and extended phenomenological correlations with recent astronomical observations. Revision note (v2.0): This release addresses several issues identified in the first version, including improved dimensional consistency in key scaling relations, clearer separation between postulates and derived results, correction of minor numerical and notational inconsistencies, and expanded derivation steps where earlier arguments were overly compressed. The overall structure has been reorganized to improve traceability from foundational assumptions to explicitly testable and falsifiable predictions. The framework explores the possibility that mass, electric charge, magnetism, dark matter, and dark energy emerge from a unified photon–momentum network operating across layered spacetime scales. Rather than replacing established theories within their empirically validated domains, this work proposes a geometric–activation reinterpretation intended to unify multiple physical scales under a single structural principle. All assumptions, scaling factors, and derived quantities are explicitly stated to enable independent evaluation, replication, and potential falsification. This edition is intended for readers with advanced familiarity in theoretical physics, including graduate-level background in relativity, cosmology, and field theory. The volume consists of 42 chapters covering scale transitions from the Planck regime to cosmological horizons