Forbes contributors publish independent expert analyses and insights. I write about biodiversity and the hidden quirks of the natural world. Over 390 million years ago, the ancestors of modern land ...
Bio-inspired underwater robots are engineered to replicate the morphology, movements, and behaviors of aquatic animals, which have evolved amazingly underwater mobility. This interdisciplinary field ...
Hosted on MSN
Why one researcher is building bat-like robots
In a groundbreaking initiative, a researcher is harnessing the unique abilities of bats to develop innovative robots that mirror their appearance and behavior. This project underscores the potential ...
Researchers at Arizona State University are developing bio-inspired robotic "muscles" that will enable robots to operate in ...
Penguins are fast, fantastic swimmers, so why not make an underwater robot inspired by them? That's just what German underwater tech company EvoLogics has done, with its new-and-improved Quadroin AUV ...
Advances in robot design, actuation, and control have benefitted from biological inspiration, which has perhaps most influenced the soft robotics community. Furthermore, many scientists interested in ...
Ground Control Robotics (GCR) Inc., a startup company seeking to commercialize a centipede-like robot developed at Georgia Institute of Technology, may be on the verge of acquiring its first customers ...
Biomedical, bio-inspired, and micro robotics focuses on robotic systems that are closely aligned with biological systems. This includes both robotic systems that are human body-mounted and augment ...
Tech Xplore on MSN
Insect-inspired robot tracks odors even with only one working 'antenna'
A collaborative research group has developed a bio-inspired robotic system based on insect behavior which can locate odor ...
Scientists have created a four-legged bio-inspired robot that climbs like no other. It clings to rough vertical surfaces utilizing a unique mechanism that is highly effective, yet at the same time ...
“Although nature does not necessarily provide the optimal form, it still outperforms many artificial systems and offers valuable insights for designing functional machines based on elegant principles, ...
New research suggests that a novel method for simulating biologically inspired robots could reduce the design and training time for tactile systems from 18 months to just two weeks. The work, from ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results