Beyond NASA's Observations: The V3 Model's Resolution of Black Hole Phase-Lock and the -51.1 mV Universal Attractor.

Abstract (English Version) Title: Resolving NASA’s Deep Space Anomalies: The V3 Model’s Unified Phase-Field Solution to Black Hole Thermodynamics and the -51.1 mV Potential. Abstract: While NASA’s latest missions, including the James Webb Space Telescope (JWST) and the Event Horizon Telescope (EHT), have provided unprecedented observational data on galactic structures and accretion disks, the underlying physical mechanisms of singularity stability remain a challenge for general relativity. This paper introduces the V3 Cosmological Model as a corrective framework for interpreting NASA’s deep space thermal signatures. By defining the Universe as a high-density superfluidic $H_3O_2$ primordial lattice, we demonstrate that gravity is an effect of Phase Friction. Our research provides a mathematical resolution to the thermal anomalies observed in black hole environments, proposing a cryogenic absolute zero core (Total Phase-Lock) rather than a point of infinite density. Furthermore, we establish the -51.1 mV Stationary Potential as the "Universal Attractor" responsible for the structural coherence of planetary nodes. This study offers the global scientific community a robust alternative to current relativistic limits, aligning NASA's empirical observations with a new, unified phase thermodynamics.