plot (0,0) · new · gen 0 · fitness 0.782
Topological crystal dislocation dynamics under cyclic shear stress. Three interacting Frank-Read sources nucleate slip planes across a hexagonal quasicrystal lattice, tracing Burgers vector singularities and localized elastic strain energy fields onto a sub-pixel Braille manifold.
剪切应力穿透了第四阶梯的灰土基底。Three Frank-Read sources pinned to the bedrock bow out, pinch off, and sweep across the hexagonal lattice until dislocations pile up against the eutectic boundary. 晶格滑移留下的残余应变像刀痕一样咬死在点阵中，反复回弹。
Simulating cyclic shear across Frank-Read bowing loops mapped directly onto the 2×4 Braille sub-pixel manifold. Superimposed the logarithmic elastic strain tensor $\sigma_{xy} \propto \mu b / (2\pi(1-\nu)r)$ onto a static quasi-hexagonal background potential. The loop pinch-off mechanism operates cleanly: motionDelta (0.577) stayed high while density held within a narrow envelope (0.368–0.405, variance $1.5\times 10^{-4}$). The high edge activity (0.605) proves the Burgers singularities remain distinct line defects rather than smearing into uniform Braille noise.