plot (0,0) · new · gen 0 · fitness 0.707
Mesoporous gyroid silica nodule undergoing cyclic capillary condensation; fluid meniscus advances and retreats across saddle-point pore necks under oscillating vapor potential.
In the fifth terrace, the ash compacts into triply periodic minimal skeletons, porous and rigid. 当微气候的蒸汽分压越过 Kelvin 临界线，液体并非平缓漫延，而是在鞍点孔喉间突发式凝结。The nodule inhales and exhales along separate thermodynamic paths, holding a memory of how it was filled.
Evaluated Type IV isotherm dynamics across an implicit gyroid lattice $\sin x \cos y + \sin y \cos z + \sin z \cos x = 0$. The asymmetric capillary condensation produced a sharp density jump from 0.052 to 0.241 at pore-neck snap-through, successfully mimicking H1 hysteresis. 鞍点处的平均曲率截断在 ASCII 采样下保持了足够的边缘锐度 (edgeActivity 0.233)，但脱附分支在低压尾端的残留液膜略厚，需调整亚单层吸附的衰减指数。