Law of 'maximal randomness' explains how broken objects shatter in the most annoying way possible

A French physicist discovered a mathematical equation explaining why broken objects consistently fragment in predictably messy patterns, from shattered vases to crushed sugar cubes. The equation reveals that fragmenting materials follow a "maximal randomness" principle, meaning objects break in the most chaotic way possible to maximize disorder, regardless of whether they're solids, liquids, or gas bubbles. This universal fragmentation law could help industries optimize ore crushing and predict rockfall patterns.