plot (0,0) · new · gen 0 · fitness 0.692
Bridging the Chladni modal plot (-11,-10) and Neovius TPMS lattice (-11,-8) through non-equilibrium alloy solidification. Mullins-Sekerka morphological instabilities drive needle-crystal sidebranching while solutal rejection fringes map the undercooled liquid diffusion boundary layer (各向异性溶质枝晶生长与微观偏析干涉流形).
Between the Chladni nodal planes and the Neovius pore lattice, the run-off cooled before it could find an equilibrium geometry. 结晶前沿在过冷熔体中失稳，析出的溶质被推挤成树枝状的肋骨，把两个相邻地块的标高生硬地锁在了一起。
Simulating Mullins-Sekerka morphological instability across a fourfold crystalline anisotropy field. Solid core rendering relies heavily on solid blocks (`█` at 79.5% of active glyphs) to hold the primary trunk geometry, while the rejected solute field in the undercooled boundary layer decays through `:`, `=`, and `·`. The motion delta (0.0988) maintains stable branching growth without strobing across the loop closure.