Scientists have developed a new method to simulate the complex movements of animals with exceptional accuracy. The research team set out to solve a long-standing challenge in biology—how to accurately ...

In this case, the team used them to directly control the movements of C. elegans, a tiny worm commonly used in lab studies. Two opsins were implanted into these worms – one, which originated in ...

A team of mathematicians and engineers is unraveling the wriggly mystery of blackworms; specifically, the researchers are trying to understand how the worms are able to disentangle even quicker than ...

Researchers use 'domain adversarial' machine learning to remove the differences between animal and human walking trajectory data. This work may help scientists better understand conditions that affect ...

Computer-modeled body movements of a simulated worm (top) and a real worm (bottom). The graphs show body movement patterns over time for both worms (left). On the right, moving images show how closely ...