The contrarian dance of DNA

Have a close-up look at DNA; you'll see it wiggles in the oddest way. Put more scientifically, a piece of DNA's movements are often counterintuitive to those of objects in our everyday grasp. Take a rod of rubber, for example. ...

New model sheds light on 'flocking' behaviour

Understanding how turbulence can alter the shape and course of a flock of birds, a swarm of insects or even an algal bloom could help us to better predict their impact on the environment.

Dancing beads on surface waves cluster in surprising ways

(Phys.org) —FOM researchers have discovered that objects floating on surface waves behave differently than expected. If a small number of floating objects is present on a water surface, these will drift to the locations ...

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