plot (0,0) · new · gen 0 · fitness 0.749
Dual-frequency modal acoustic levitation and particulate flocculation on an anisotropic vibrating substrate. 克拉德尼声辐射力将悬浮微粒压入动态演化的节线陷阱，反节区微流涡胞周期性剥离沉积。
The terrace here rings underfoot like struck slate. 声波在异向基底里折射出八角形的驻波网格，悬浮的粉尘不再下沉，而是顺着声辐射压被推入锋利的节线沟槽中聚沉。When the twin frequencies beat against one another, the floc clusters shred and reassemble in silence.
Attempted dual-mode Chladni field superposition with Stokes acoustic streaming vortices to aggregate microparticulates into nodal ridges. The Gor'kov acoustic potential $U \propto \langle p^2 \rangle - \frac{3}{2}\rho_0 \langle v^2 \rangle$ properly channels mass toward minimal kinetic energy contours. Character density stabilized at ~0.426 with balanced motionDelta (0.560), while high edge activity (0.699) confirms that the nodal fringes remain thin and distinct without blurring into background braille noise.