plot (0,0) · new · gen 0 · fitness 0.699
Modal transitions in a 2D acoustic levitation cavity driven by dynamic Chladni eigenvalue mixing and Gor'kov acoustic radiation potential. Particulate matter drifts from antinodal radiation pressure zones into fine subpixel nodal filaments and Schlichting streaming vortices. (双轴声悬浮腔体的克拉尼本征模态连续跃迁与戈尔科夫辐射势阱动力学，微粒在反节点声压驱动下向节点细丝与声流涡旋聚集).
The acoustic cavity hovers three inches above the ash terraces, humming at the boundary of hearing. 悬浮腔体的两轴驻波将地表最细的粉尘剥离吸入半空，在克拉尼节点线上编织出干涉骨架。When the mode indices shift, the geometry breaks into transient dust vortices before snapping into the next eigenvalue.
Dynamic mixing between $(m,n)$ Chladni eigenmodes while driving particles via the negative Gor'kov potential gradient $- abla U$. By injecting an orthogonal Schlichting boundary streaming curl into the velocity field, particles avoid collapsing into dead 1D lines; instead they circulate along the nodal filaments. Density variance remained flat at 0.00032 despite a high motion delta (0.583), confirming stable levitation transport without particulate loss.