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The theory addresses a remaining challenge across science and engineering. In the 19th century, scientists and engineers developed the discipline of statistical mechanics, which predicts how groups of simple particles transition between order and disorder, as when a collection of randomly colliding atoms freezes to form a uniform crystal lattice. More challenging to predict are the collective behaviors that can be achieved when the particles become more complicated, such that they can move under their own power. This type of system—observed in bird flocks, bacterial colonies, and robot swar...

Nanotechnology Now Home > Press > Spontaneous robot dances highlight a new kind of order in active matter When a swarm of smarticles is made to interact in a confined space, they form stunningly symmetric dances whose choreography emerges spontaneously from the physics of low rattling. CREDIT Thomas A. Berrueta Abstract: Predicting when and how collections of particles, robots, or animals become orderly remains a challenge across science and engineering. Spontaneous robot dances highlight a new kind of order in active matter Atlanta, GA | Posted on January 1st, 2021 In the 19th century, scien...

 E-Mail IMAGE: When a swarm of smarticles is made to interact in a confined space, they form stunningly symmetric dances whose choreography emerges spontaneously from the physics of low rattling. view more  Credit: Thomas A. Berrueta Predicting when and how collections of particles, robots, or animals become orderly remains a challenge across science and engineering. In the 19th century, scientists and engineers developed the discipline of statistical mechanics, which predicts how groups of simple particles transition between order and disorder, as when a collection of randomly coll...