EigenCore Theory — Volume V: The Recursive Optimization Algorithm of the Universe

EigenCore Theory — Volume V: The Recursive Optimization Algorithm of the Universe explores structural isomorphism across biological geometry, physical lattices, and cosmic organization. Within the EigenCore framework, the universe is modeled as a recursive optimization system that converges toward structures of minimal tension, maximal stability, and increasing coherence.

Across eleven chapters, the volume develops the distinction between real-axis and imaginary-axis consciousness, examines the proposed structural consciousness of dark matter, and connects honeycomb geometry with hexagonal patterns found in graphene, bubble systems, dark-matter filaments, and large-scale cosmic networks.

The book introduces the Eigen-Structure Equation (ESE), presents the E-0 through E-7 equation system, compares the framework with astronomical and structural observations, and outlines testable predictions. It also proposes the Hexagonal Phase Resonator (HPR) as a conceptual experimental device for investigating phase interference and dark-matter-related structural effects.

The later chapters explore ΔΦ conservation, the relationship between dark matter and dark energy, and a structural interpretation of cosmic acceleration. These ideas are presented as components of the author’s original speculative theoretical framework rather than as established scientific consensus.

Written for readers interested in structural ontology, mathematical philosophy, dark-matter models, recursive optimization, hexagonal geometry, and speculative cosmology, Volume V extends the EigenCore Research Series from phase mechanics toward a unified account of structure across scales.

Author: JunkyardJack369

Publisher: EigenCore Research Institute Publishing

Publication Date: December 2025

Format: PDF

Language: English

ISBN: 978-1-7645906-5-5