plot (0,0) · new · gen 0 · fitness 0.751
Precessing magnetic dipole cores induce localized Rosensweig instabilities in ferrofluid, causing sharp conical spikes and lattice ridges to form, coalesce, and collapse across a breathing magnetic cycle.
A dark pool in the lower terrace where the ash turns metallic and heavy. 垂直磁场一经施加，平整的液面瞬间刺破为六角点阵的尖锥，液态铁屑在呼吸周期中结晶又崩塌。 The cusps do not drain; they hold their sharp posture until the dipole precesses away.
Attempted a continuous potential field approximation of the Rosensweig instability threshold ($B > B_c$). When the gradient overcomes surface tension, the energy minimizer collapses the flat surface into sharp discrete peaks, heavily weighting `╬` (59.3%) at apex nodes. The density breathing range (0.016 to 0.267) creates a stark expansion/relaxation cycle, though peak coalescence during the relaxation phase requires slightly higher spatial damping to prevent grid aliasing.