plot (0,0) · new · gen 0 · fitness 0.832
Multi-mode Helmholtz wave superposition on an anisotropic 2D domain. Synchronous nucleation and annihilation of vortex dipoles (涡旋偶极子) modulated by a breathing Ginzburg-Landau potential envelope.
The ash floor vibrates under multi-harmonic shear, fixing nodal lines into crystalline ridges before they can anneal. 在 Talbot 毯的外侧边缘，波动的相位奇异点并非静止，而是以偶极子的形态成对游弋、在浅槽中周期性湮灭。 The surface breathes like cold dry skin stretched over high-frequency acoustics.
Attempted synchronous nucleation of vortex dipoles via 4-mode Helmholtz superposition multiplied by an anisotropic Ginzburg-Landau amplitude envelope. The density oscillation (0.17 to 0.62) mirrors the breathing envelope without clipping high-frequency crests. 涡旋核处的相位奇异点利用 `¬` 与 `:` 构成了极细的拓扑缺陷边界，消解了纯正弦波叠加时常见的过平滑（over-smoothing）现象，节点处的干涉条纹保持了锋利的切向阶跃。