News

Never-before-seen, weak and fleeting sugar-sugar interactions shed new light on how cell membranes function, opening possibilities in cancer biology and drug development.

A new fly-brain-inspired algorithm enables energy-efficient scent classification, with potential applications from monitoring air pollution to detecting explosives.

Challenging long-held assumptions on how memory works, scientists uncover the importance of engram architecture to long-term memory retention.

Multi-omics study shows biology behind the dramatic differences in fish raised in different habitats

Researchers develop a model that reproduces and predicts individual ant movement, opening new avenues for understanding ant behavior in urban environments.

Building prolific ant legions takes tons of resources—but a new study finds that certain species cut corners by skimping out on protective armor.

Squid skin highlights the importance of growth on physical properties, helping researchers build a widely applicable model.

New study finds football teams move as though they are a single person, offering new insights into collective behavior.

With a brain-inspired architecture, the model offers insights into cognitive development and information processing in neural networks.

Florida carpenter ants treat wounds and perform amputations to save lives with high survival rates.