Companion to Paper D · Bubble Trinity & Multi-Cycle Settler Lab

Bubble field paired with shell geometry

The same magic-square state is shown two ways at once: the live viscoelastic bubble field (left) and 3D radial shell terminals |v| (right). Switch between continuous Langevin regimes (Regimes I–IV), test Paper D's canonical trap counterexamples (S_trap^(3) at E=8 and S_low at E=1584), or compare the 7 physical mechanism ablation tiers from greedy/Hungarian snapping (0%) up to the 100% Re-Anchored Hierarchical Multi-Cycle Settler across n = 3..8.

Bubble field
Shell terminals

Settle batch · Paper D Physical Mechanism Ablation

Basin distribution across physical relaxation tiers

Run Settle from many random starts using the selected Physical Settler Mechanism (Tiers 0–6) and watch which line-energy plateaus the system lands on. Switch between Tier 1 (Kawasaki 2-Spin Quench), Tier 3 (+ Pauling Spin-Ice (2,2) Loops), and Tier 6 (Full Re-Anchored Multi-Cycle Settler, 100%) to watch frustrated local minima (E ∈ {8, 12, 16}) collapse into the magic ground state (E = 0). Click any bar or row to replay that configuration on the bubble field.

#Erowscolsdiagsmagic

Session log

Cumulative settle distribution

Every Settle in this page session — single button presses, batch trials, and replays — recorded in order. Watch the basin distribution and the temporal trace evolve as you explore. If the trace drifts downward, your kick + settle workflow is doing real basin-hopping, not lucky resampling.