PIUM 2.0 – Phase Interference Universe Model: Core Monograph, Technical Appendix, and Empirical Research Framework

PIUM 2.0 – Phase Interference Universe Model represents a major revision of the previously published PIUM v1.7 and supersedes that release. This record contains the complete PIUM 2.0 Core Monograph together with its Technical Appendix in both English and Hungarian. PIUM is presented as an ontological interpretive framework rather than a replacement for the Standard Model, General Relativity, or quantum mechanics. Its central proposal is that physical reality may be understood as the organization of a single universal wave field whose dynamic states give rise to matter, mass, gravitation, quantum correlations, and large-scale cosmic structure. According to PIUM, the primary entities of physical reality are not particles or forces but the dynamic states of a universal wave field. Stable matter emerges as self-sustaining resonant closures of the wave field. Mass is interpreted as the structural consequence of maintaining these stable configurations away from the field's reference (null-point) state. Gravitation is interpreted as the macroscopic manifestation of the wave field's relaxation toward this reference state, with the observed mutual attraction of material bodies emerging as a consequence of a shared relaxation process. Quantum entanglement is interpreted as global non-separability within the continuous wave field, while galactic dynamics may reflect large-scale phase coherence. Compared with previous versions, PIUM 2.0 introduces a substantially simplified and internally consistent conceptual framework. The accompanying Technical Appendix develops the mathematical formalism, explicit relaxation dynamics, galactic coherence program, SPARC-based empirical analyses, spiral-arm morphology framework, quantum-correlation interpretation, and numerical research directions. The mathematical expressions are intentionally presented as exploratory working formulations designed to guide future theoretical development and empirical testing rather than as final fundamental equations. PIUM 2.0 is explicitly formulated as a scientifically falsifiable research program. Its scientific value ultimately depends on whether its hypotheses and empirical predictions withstand observational, numerical, and theoretical testing. This record supersedes the previous PIUM v1.7 release. Related empirical PIUM publications • Structural Pattern of the Outer Rotation-Curve Slope Distribution in the SPARC Galaxy Samplehttps://zenodo.org/records/18910574 • Empirical Re-analysis of Galaxy Rotation Curves in the SPARC Samplehttps://zenodo.org/records/19046063 • Methodological Clarification of Outer Rotation-Curve Slope Measurement in the SPARC Samplehttps://zenodo.org/records/19333817 • PIUM Framework for Spiral Arm Pitch Angles: Phase Geometry, Minimal Dynamics, and a Reproducible Morphology–Dynamics Methodhttps://zenodo.org/records/19359174 Files included PIUM_2.0_Core_EN.pdf PIUM_2.0_Technical_Appendix_EN.pdf PIUM_2.0_Core_HU.pdf PIUM_2.0_Technical_Appendix_HU.pdf License Creative Commons Attribution–NonCommercial–NoDerivatives 4.0 International (CC BY-NC-ND 4.0) Correspondence [email protected]