This study presents a bionic robotic trunk that adapts stiffness rapidly, enhancing its ability to perform delicate tasks and support significant weight.
MIT’s 16.85 capstone challenges students to design fault-tolerant autonomous drone systems capable of navigating uncertain ...
Comet Traitement's Megapicker integrates robotics for high-speed sorting of non-ferrous metals, closing the recycling loop ...
The te|box platform offers innovative PCB testing solutions, utilizing ESD-protected robots for optimal performance in ...
This innovative prosthetic hand utilizes soft robotics and AI, achieving stable object handling with an 80% grasping rate, ...
Visual cues, particularly ground projections, are key to enhancing trust and predictability in delivery drone interactions, ...
With APOLLO, researchers can connect genes, proteins, and cell structures, offering a clearer view of cellular behavior ...
Hartree Centre is working with the South African Astronomical Observatory (SAAO), a leading center for optical and infrared ...
This article follows the story inside an assembly line and how new robotic systems enabled the assembly of five million EV ...
With the Mars Global Localization system, Perseverance can now determine its location in minutes, significantly improving its ...
AI regulation is expanding quickly—but rules don’t automatically produce responsible systems. A closer look at the ethical ...
RMIT University engineers in Australia have built a remote-controlled minibot that hoovers up oil spills using an innovative ...
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