NYU scientists reveal flocking birds mimic soft crystal mechanics in group movements
NYU mathematicians have discovered that flocking birds and schooling fish coordinate their movements using structural mechanics similar to soft crystalline materials. By treating animal groups as elastic solids, researchers found that this sensitivity allows collectives to deform and navigate obstacles without breaking formation.
Why it matters
This discovery provides a new mathematical framework that could significantly improve the design of coordinated robotic swarms, autonomous automotive fleets, and aerospace systems.
Decoding a long-standing ecological mystery, a team of mathematicians at New York University has demonstrated that flocking birds and schooling fish coordinate their high-speed group movements using the exact structural mechanics of soft crystalline materials.
The article reports on scientific research findings without political or ideological framing.
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