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The research aims to address the discrepancies in cosmological measurements, specifically the Hubble constant and vacuum energy.

August 13, 2026Open Access

The NavMesh Cosmology: Resolving the Vacuum Catastrophe, the Hubble Tension, and the Dark Energy Illusion via Computational Spatial Friction

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The research aims to address the discrepancies in cosmological measurements, specifically the Hubble constant and vacuum energy.
Analyzed 55,877 macroscopic observations from the Cosmicflows-4 database.
Employed a 3D KD-Tree collision algorithm to map baryonic data density.
Developed a deterministic prediction engine for galactic velocities based on geometric modeling.
Predicted true galactic velocities with a correlation of R=0.9039.
Achieved an unfiltered explanatory variance of R²=0.8170.
Established the Slowdown Ratio Sr=7.81558532721796×10^60, linking it to the Vacuum Catastrophe.

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Randomized trial investigates cosmological discrepancies, indicating a new model for understanding the universe.

Tomer Haimovich (2026) studied this question.

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