
We extend the FhiemDien Information Field (IF) framework to cosmic scales, modelling large-scale peculiar velocity flows as gradients of an information density field. Applied to a CosmicFlows-4-like sample of 3,936 galaxies (1–487 Mpc), the IF model (F∝1/r) achieves 28.8% lower MAE than Newton (F∝1/r²), with k_IF = 630 km/s·Mpc. The Dipole Repeller (Hoffman et al. 2017) is modelled as a negative IF gradient node, and the predicted net bulk-flow velocity of 152 km/s matches the observed 150 km/s residual to 1.3%. The IF coupling constant k_IF is now consistent across 11 orders of magnitude in scale (AU to Gpc). Falsifiable predictions provided for DESI void survey and Vera Rubin LSST.Extends FhiemDien series Papers I–IV.
Great Attractor, DESI, Holographic Principle, Dark Matter, Peculiar Velocities, CosmicFlows-4, Information Field, Dipole Repeller, Bulk Flow
Great Attractor, DESI, Holographic Principle, Dark Matter, Peculiar Velocities, CosmicFlows-4, Information Field, Dipole Repeller, Bulk Flow
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