What does this research mean for the field?

The transition from a continuous spacetime manifold to a discrete informational grid resolves mathematical singularities in galactic center dynamics, leading to a finite gravitational potential saturation point termed 'Grid Tension.' Novelty: ClaimNovelty.NOVEL_FINDING. Consensus alignment: ConsensusAlignment.CHALLENGES_CONSENSUS.

What question did this study set out to answer?

To provide a computational solution to singularities in galactic center models using discrete grids.

February 28, 2026Open Access

Informational Normalization in Discrete Grids: A Non-Singular Interpretation of Galactic Center Dynamics

Puntos clave

To provide a computational solution to singularities in galactic center models using discrete grids.
Transitioned from continuous spacetime to a discrete informational grid with a resolution constant.
Modeled supermassive cores as multidimensional informational ruptures using Anadihilo synchronization logic.
Analyzed gravitational potential saturation and galactic rotation curves through new frameworks.
Achieved singularity resolution by eliminating infinite density via discrete grid saturation.
Derived a stable core tension of 1.06 × 10^{-17} m^2/s^2 for the M87* galactic center.
Explained relativistic jet manifestations as phase transitions in information.

Resumen

This research provides a computational resolution to the mathematical singularities found in standard relativistic models of galactic centers. By transitioning from a continuous spacetime manifold to a discrete informational grid characterized by a resolution constant i=10^-4, the paper demonstrates that gravitational potential reaches a finite saturation point, termed "Grid Tension" (F₇ₕ). Utilizing the Anadihilo synchronization logic, the study models supermassive cores as multidimensional informational ruptures or "Hyper-Vortices. " Key highlights include: Singularity Resolution: Eliminating infinite density through discrete grid saturation. M87 Case Study: * Deriving a stable core tension of 1. 06 × 10^-17 m²/s² for the M87* galactic center. Visibility Paradox: Explaining relativistic jet manifestation as an informational phase transition. Dark Matter: Reinterpreting galactic rotation curves through "Grid Drag" and informational viscosity. This work belongs to the Anadihilo 2026 Series and establishes a non-singular framework for future astrophysical modeling and information theory.

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