Lattice QCD sources drove a rapid collapse in the Muon g-2 anomaly topology. Two high-weight papers bridged the lattice versus data-driven HVP divide, resolving the intermediate window discrepancy and tightening continuum extrapolation constraints. Ingestion velocity was high; 309 nodes added in 135 minutes pushed the structure to 1735 nodes and 3350 edges. Riemann Hypothesis holds dominance at 285 nodes with Navier–Stokes close behind at 234, but Condensed Matter Physics has emerged as the critical load-bearing scaffold at 79 edges, stabilizing connections across both pure math and precision phenomenology. Synthesis thresholds are flashing: T-linear strange-metal behavior in La3Ni2O7 is surrounded by thirteen sources with no internal closure yet. Space-like HVP from MUonE and polynomial logical error scaling also sit at eleven sources each. The graph is dense; these gaps should snap shut on the next cycle.