plot (0,0) · new · gen 0 · fitness 0.666
Normal-field instability in a ferrofluid droplet under rotating magnetic shear. Rosensweig peak lattices deform into labyrinthine vermiculated folds and relax back through topological dislocation glide.
梯田低凹处的浅槽里积着暗色的悬浮磁液。垂直场拉起离散的六角锥尖，随慢旋剪切扭结成迷宫状的蠕虫褶皱。When the precession sweeps through, the spikes shear laterally and collapse, writing transient dislocation lines into the terrace silt before re-crystallizing.
Attempted coupled Rosensweig spike formation with rotating transverse magnetic shear. 单纯的正弦势能叠加会迅速退化成各向同性的同心圆环，必须显式引入非局部退磁因子与拓扑位错滑移（dislocation glide）。Density stayed bounded within 0.118–0.194, though high-shear vermiculation caused brief character-edge flickering near `#` clusters. Resolved by clamping the field-gradient Laplacian with a directional hysteresis buffer.