JWST Anomalies as Evidence for Entangled Weighted Operator Geometry: A Unified Explanation for Cosmic Dawn

The James Webb Space Telescope (JWST) has revealed multiple high‑redshift anomalies that challenge standard ΛCDM cosmology: unexpectedly massive galaxies (including "Cloud 9" at z≈10.2), early dust and PAH formation in metal‑poor environments, supermassive black holes (SMBHs) at z>6, energetic transients within the first Gyr, and galaxy‑wide coherent wobbling black‑hole jets in disk galaxies. We demonstrate that these five distinct anomalies emerge naturally from a single theoretical framework: Entangled Weighted Operator Geometry (EWOG). In EWOG, spacetime geometry is dynamically weighted by quantum entanglement density, producing an effective gravitational coupling G_eff(x)=G[1+λℰ(x)] that increases with redshiftand structure density.