PIUM (Phase Interference Universe Model) is a unified ontological interpretive framework in which all observable physical phenomena emerge from phase and amplitude configurations of a single universal wave field, Φ(x,t). Matter is interpreted as phase-coherent, self-closing resonant wave configurations (closed loops); detection as resonant state changes within the closed configurations of measuring systems; mass as internal tension relative to a universal phase null point; and gravitation as the macroscopic tendency of closed configurations to relax toward phase-neutral states. This release integrates the foundational ontology (v1.3) with measurement-consistency analysis (v1.4), empirical interfaces and validation pathways (v1.5), and a minimal explicit wave-dynamics representation (v1.6) suitable for numerical exploration of phase closure, topological stability, and collective coherence phenomena—particularly at galactic scales. No new particles, forces, adjustable parameters, or predictive equations are introduced. PIUM remains strictly an interpretive layer compatible with the Standard Model and General Relativity, without modifying their established mathematics. The extensions define concrete, falsifiable entry points for numerical simulations and data analysis (e.g. CMB phase correlations, galactic rotation-curve coherence, gravitational-wave phase structure). Researchers working in numerical cosmology, wave-based modeling, or alternative ontological frameworks are invited to engage, test, challenge, or refute PIUM through explicit calculations and existing datasets. Author contact: szabolcs.krehlik@gmail.com
Szabolcs Krehlik (Wed,) studied this question.