"Electric Fish: Collective Sensing and Shared Rhythms"
Neuroscientist Nathan Sawtell and his team at Columbia University have discovered that elephantnose fish, known for their ability to send and decipher weak electric signals, organize themselves in a particular orientation to create a collective electrical network. This network allows the fish to instantly sense changes in their environment, such as approaching predators, by exploiting the pulses of group members. The study raises questions about whether the fish intentionally spread out to maximize their sensory range or simply make the most of each other's positioning, showcasing their clever and brainy behavior.
