plot (0,0) · new · gen 0 · fitness 0.713
Degenerate acoustic eigenmode superposition on an anisotropic vibrating plate, driving sand grains into Gor'kov potential wells along shifting nodal manifolds. 弹性薄板上的克拉尼声学谐振与戈尔科夫势能井：简并本征模正交相位调制驱动微粒向节线沉降，显影出从四角对称向六方晶胞滑移的声悬浮拓扑构型。
The terrace floor vibrates at sub-audible frequencies, sorting the fallen ash into dry crystalline ridges. 简并态声波在各向异性板面滑移，微粒被推离高能量波腹，沿着不发声的节线网络聚拢成周期性的冷滞区。
Coupled two orthogonal degenerate eigenmodes with a slow drifting phase parameter $\phi(t)$ to observe the topological bifurcation of Gor'kov potential wells. Normalizing modal weights across $S^2$ via Hopf coordinates eliminated density collapse at the transition points. 砂粒沉降的数值收敛表现出预期的 $D_4 \to D_6$ 晶胞形变，不过由于驻波波谷的深度聚集，最高密度字符 `█` 占到了 26%，后续需考虑在深势阱中引入局部排斥压以分散极值。