Electronic Spider Silk Can Be Printed Directly onto Skin
Researchers from the University of Cambridge developed adaptive and eco-friendly spider-silk-inspired sensors that can be directly and imperceptibly printed onto biological surfaces, from flower...
New Flexible, Wearable Sensors Perform Real-Time Intelligent Monitoring
Lyuliang University researchers combined cutting-edge technology with sports science to create a tool that can track athletes and help them reach their full potential....
Register Now! Don’t Miss AUS&R 2018 Unmanned Systems & Robotics Conference...
iHLS is delighted to announce the Conference and Exhibition on Unmanned Systems and Robotics - AUS&R 2018, the leading event held for the sixth...
Will The Touchscreens of the Future be Soft?
Computer scientists at the University of Bath in the UK developed a touch screen that can be warped through finger pressure, becoming softer or...
New Eel-Inspired Stretchable Batteries are a Leap Forward for Wearable Electronics...
Researchers from Cambridge University have recently developed jelly-like stretchy batteries that could be used for wearable devices or soft robotics.
Inspired by the muscle cells...
Sustainable Aerogels for Wearable Tech Enhanced by AI and Robotics
Engineers at the University of Maryland developed a model combining machine learning and collaborative robotics to solve challenges in the design of materials used...
Printable Perovskite Cells Offer Lower Costs and Greater Flexibility
Solar energy has long been an important candidate for generating clean power in a time when climate change is becoming an increasing issue in...
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Metal That Behaves Like a Gel Could Redefine High-Temperature Systems
A research team at Texas A&M University has developed the world’s first metallic gel — a new class of material that combines the strength...
