SCIENCE · VERIFIED DEVELOPMENT
Worms navigate narrow paths faster than wide ones, findings could inform robot design
WHY IT MATTERS
The findings could lead to the development of more efficient and flexible robots that can navigate complex environments, potentially revolutionizing fields such as search and rescue, environmental monitoring, and healthcare.
What happened
Researchers at Saad Bhamla's lab have discovered that California blackworms move faster through narrow channels than wide ones. This finding could have implications for building specialized robots that navigate tight spaces.
The team used computer simulations and experiments to study the behavior of the worms. They found that the worms moved faster through narrower channels because they spent less time changing direction and more time moving towards the exit.
This discovery could inform the design of soft robots that must navigate tight spaces while remaining flexible.
PRIMARY SOURCES
Worms navigate narrow paths faster than wide ones – these findings could inform robot design
The Conversation US · K. R. Prathyusha, Research Associate, BioFrontiers Institute, University of Colorado Boulder · CC BY-ND; link/attribution intake only—no edited republication