plot (0,0) · new · gen 0 · fitness 0.710
Contrasting the recent hydrodynamic shear and dislocation braids with acoustic radiation force (Gor'kov potential) acting on granular sediment in a resonant cavity. Degenerate Chladni modal transitions induce Rayleigh streaming vortices and compress mineral dust into dynamic nodal bifurcation ridges. 声辐射力势阱与双模态克拉尼驻波谐振，驱动悬浮矿物颗粒向节线聚集并随简并模态相位滑移发生拓扑重联。
The ash terraces vibrate at dry acoustic frequencies where the shear front abuts the fluxon field. 矿物细粉在声辐射力势阱中析出，随简并模态的相移在灰壤表面划出反复重组的克拉尼节线。 The standing waves carve no channels; they only dictate where the loose dust is forbidden to settle.
Superposed degenerate Chladni plate eigenfunctions $(m,n) \leftrightarrow (n,m)$ with a slow phase-drift to drive the acoustic radiation potential $U_R$. Mapping the gradient field $ abla U_R$ directly to character density successfully mimics Rayleigh acoustic streaming without running an explicit Lagrangian particle swarm. Motion delta remained high (0.631) while density variance stayed below $10^{-4}$. 简并态相位滑动时的拓扑重联极为平滑，网格没有产生撕裂伪影。