A database, collecting and classifying tile-like patterns in biology, aims to be a resource and research catalyst. The human ...

In essence, it’s a type of symmetry breaking. Any two processes that act as activator and inhibitor will produce periodic patterns and can be modeled using Turing’s diffusion function. The challenge ...

The ability to perceive object motion accurately while in motion oneself is a cornerstone of effective navigation and interaction with the environment. Contemporary research indicates that the brain ...

From leopards to zebras, science explain how nature’s chemical dances create spots, stripes and swirls across animal skins ...

Imperfections in animal patterns could inspire adaptive materials that shift color, shape, and function like nature itself.

Tactile perception and motion processing are central to understanding how the human somatosensory system interprets the environment. The integration of spatial and temporal signals from the skin ...

Scientists reveal molecular systems that move, reshape, and self-assemble, fusing chemistry with robotics to create adaptive, responsive materials.

Turbulent flow looks like chaos — swirling, unpredictable, and out of control — yet it hides some of the most intricate ...