Topological Objective Collapse: Resolving the Measurement Problem via Macroscopic Gravitational Anchoring in QGEFT

n the current `N=1024`, `T=0.3` QGEFT benchmark, a lightweight defect diffuses across a finite topological probability cloud before detector activation, reaching support `8` and graph-distance variance `2.0`. After a macroscopic detector node at target degree `72` is activated, the defect is funneled into the detector basin and becomes anchored, leaving a collapsed endpoint with support `1` and variance `0.0`. The measurement transition is therefore modeled as a graph-thermodynamic gravitational anchoring event rather than an observer-dependent rule.