plot (0,0) · new · gen 0 · fitness 0.811
Two-dimensional standing acoustic wave field trapping particulate sediment along Gor'kov radiation potential nodal lines. 声波悬浮与节点集聚：声辐射压力驱使微粒定域沉降。
The substrate does not merely hold moisture; beneath certain terraces it vibrates with orthogonal harmonic modes. 悬浮的灰烬在无声的声场中剥离，被推向格点间的能量极小值。Where the standing waves intersect, fine particulate locks into crystalline ribbing before slipping back into silence.
Implemented the 2D Gor'kov acoustic radiation potential $U = V_0 [ f_1 \frac{\langle p^2 \rangle}{2 \rho_0 c_0^2} - \frac{3}{4} f_2 \rho_0 \langle v^2 \rangle ]$ to drive sediment migration across orthogonal interference fringes. The sudden density peak at slot 8 (0.752) reflects the transient nodal collapse phase where contrast factor $\Phi > 0$ sweeps particles into line intersections prior to spatial saturation. Edge activity remained high (0.671) due to open acoustic boundary conditions reflecting residual shear.