A novel explainable machine learning model accurately differentiates essential tremor from cortical myoclonus using wearable ...

Recent advances in flexible bioelectronics enhance bio-tissue-electronic integration, addressing challenges like foreign body ...

The POstick-KF and POstick-VF devices transform robotic teleoperation, integrating haptic feedback with digital twin technology for enhanced operational safety.

David Saldaña's research at Lehigh University aims to transform aerial robots, enabling them to adapt and manipulate flexible materials in real-time.

Explore how countries worldwide are regulating drone use across commercial, recreational, and military sectors—covering ...

Researchers developed a solar-powered robotic foam that purifies water, combining light-driven movement with advanced ...

Servotecnica SpA has several years’ experience in customized design and manufacture of its SVTM series rotary actuators.

Research shows jellyfish can be controlled with electric pulses, enhancing swimming efficiency and enabling low-energy marine ...

Investigating Krokodillen, Perseverance aims to analyze ancient Martian rocks, offering critical data on early environments ...

Human in Motion Robotics is proud to announce that XoMotion, the world's most advanced self-balancing exoskeleton, has been named a 2025 TAG Awards Winner for MedTech Innovation. This research aims to ...

Artificial Intelligence is rapidly reshaping how industries operate, make decisions, and serve people. But with that progress comes a growing list of questions—about ethics, accountability, and ...

Smart robots may soon offer more personalized support for people with motor coordination conditions like dyspraxia, thanks to a new project led by the University of Surrey. Engineers are developing ...