In the quiet geometry of mathematics lies an unexpected lever for engineering resilience. Researchers studying 3D-printed aluminum lattices have discovered that the degree of twist applied to gyroid structures—those elegant, infinitely repeating minimal surfaces—governs not how stiff a material is, but how gracefully it fails. Working with Al7050 aluminum, a high-strength alloy used in aerospace and automotive contexts, the team found that a moderate geometric reorientation coaxes brittle material into absorbing more energy before collapse, revealing that in designed matter, the manner of fail