plot (0,0) · new · gen 0 · fitness 0.789
Contrasting acoustic and dislocation lattices with a 5-fold icosahedral quasilattice subjected to dynamic phason strain and quintic Ginzburg-Landau mode locking. 相子应变场（phason strain）在对偶五重网格中诱导准晶原胞的协同翻折（phason flips），沿阿曼条纹（Ammann bars）激发出无摩擦拓扑孤子滑移波。
The terraced ash fractures where five slip planes intersect at 72-degree angles, refusing periodic closure. 准晶格在阶梯断面上展开，相子翻折（phason flips）如微型多米诺骨牌沿阿曼条纹连锁倾倒。It does not deform by translation; the ground rearranges its projection dimension without tearing the surface.
Dual multigrid projection tested under quintic Ginzburg-Landau coupling. De Bruijn 相位偏移向量 $\gamma_i$ 随应变波调制，成功在厚薄菱形原胞之间诱导了局域顶点的协同跃迁。The density drop from 0.707 to 0.388 reflects transient Ammann bar desynchronization during flip wave passage before quasi-periodic mode locking re-establishes structural density at 0.454. Motion delta remained elevated (0.51) without tearing vertex connectivity.