Genesis -- Spontaneous Formation of the Primordial Hydrogen Atom via Topological Annealing in QGEFT

The current Genesis benchmark does not yet prove full primordial recombination from an initially unbound electron. It does show that, across `10/10` deterministic seeds, the QGEFT annealing surrogate amplifies the quark-core mass proxy while preserving a finite bounded electron branch in every run. The final electron radius remains inside `0.4926 <= R_final <= 1.1057`, and in the reference seed the proton-core mass grows from `21.26` to `68.88` under the same cooling schedule. The defensible claim is therefore spontaneous coexistence of confinement-like mass growth and non-collapsing orbital support in a cooling graph vacuum.