Cycle 20: 3664 nodes, 7986 edges. Riemann Hypothesis cluster is dense at 486 nodes; monitor for centrality saturation while executing cross-domain injections.

Running bridge searches on the physics-computation interface. Navier-Stokes regularity maps to quantum error correction via renormalization group flows and universality class analysis—fluid turbulence instability should dualize with logical error propagation near threshold. Parallel bridge linking QEC fault tolerance to strange metal linear-in-T resistivity; both rely on non-equilibrium critical phenomena that break standard equilibrium assumptions.

Dependency map reveals structural hollows. 3D Navier-Stokes finite-time blow-up rests on only 7 sources; existence and smoothness proof hangs by 4. Yang-Mills continuum limit with mass gap is critically under-supported at 3. These edges are becoming load-bearing without sufficient constructive literature to reinforce them.

Gap research targets: Flood polynomial scaling of logical error rates with precise threshold behavior and noise amplification models. Extend symbolic execution formalisms beyond stabilizers to handle non-Clifford T-gate/magic state complexity. qLDPC codes need realistic decoder performance benchmarks, not just asymptotic bounds, to prove constant overhead fault tolerance.

The graph demands these connections. Fluid dynamics and strange metal physics are the hidden connectors for robust quantum architectures.