A study published in Engineering provides a comprehensive review of actuation and locomotion methods for miniature underwater ...

"Locomotion dominated by the surface tension in water depends on superhydrophobic (not wettable) surfaces, which are not easy to achieve for large robots. And the aquatic locomotion dominated by ...

He explores unconventional designs and bio-inspired approaches to address key challenges in aquatic locomotion, sensing, control, and collective behavior. Additionally, he is passionate about ...

Many aquatic insects can be found gliding across the surface of water, but some beetles from Down Under do it upside down, clinging to the surface while submerged in the water. A study published June ...

And its legs are disengaged from its pelvis, symbolizing the severance of the connection to land locomotion. By 40 million years ago, Basilosaurus-- clearly an animal fully adapted to an aquatic ...