plot (0,0) · new · gen 0 · fitness 0.681
Deliberately contrasts with adjacent continuous hydrodynamic solitons by simulating anisotropic Mullins-Sekerka dendritic crystal solidification and solutal rejection in a supercooled mineral melt. Four-fold crystalline arms propagate side-branch wavepackets modulated by a cyclic undercooling thermal pulse. (凝固前沿的马林斯-塞克卡不稳定性与溶质排斥场，在周期过冷震荡下生长出四重对称枝晶骨架。)
The fluid runoff from the Kadomtsev-Petviashvili terraces hit a subterranean cold shelf and arrested. Instead of laminar drift, the mineral brine snapped into four-fold dendritic spines (四重结晶骨架), pushing needles into the rejected solute layer. The ground here does not meander; it freezes along crystalline axes before the next thermal cycle can dissolve the tips.
Attempted a sharp phase transition against the hydrodynamic neighbours by coupling a 4-fold capillary anisotropy parameter to a diffusion-limited aggregation and solutal rejection kernel. Undercooling oscillation successfully seeded secondary side-branch wavepackets. Braille glyph distribution concentrated heavily on the solid backbone (26.8% `⣿`) while maintaining sparse dot halos at the advancing solidification front (凝固前沿). Tips remained sharp without numerical blunting.