The technology originated at Japan's National Institute of Advanced Industrial Science and Technology (AIST) in 2018, where researchers demonstrated a thin, lightweight, bendable electronic textile.

Inside the battery, layers of carbon fiber and lithium iron phosphate-coated aluminum are separated by a thin glass fiber fabric. A solid structural electrolyte holds everything together, transferring ...

Explore the year’s most surprising computational revelations, including a new fundamental relationship between time and space ...

The AW25 T.K.O. collection is available globally at Pas Normal Studios stores and on pasnormalstudios.com from Friday, 28 ...

Materials informatics combines data analytics and engineering design, streamlining material development and enhancing ...

In an era where technology often distances us from our roots, Zainab Odemwingie, convinced that technology can accomplish ...

Researchers at the University of Bonn aim to improve the cleanliness of wastewater. Water released from washing machines is ...

Airbound is a drone startup on a mission to make logistics virtually invisible. What the company imagines is an internet for ...

Creator and entrepreneur Lindy Goodson has two uninspired dog bowls to thank for her latest creative endeavor. Day after day, they sat on the kitchen floor of her Collinsville, Illinois, ...

Mycelium materials can grow from agricultural and food waste, forming foams, panels, and textiles that challenge plastics in ...

In groundbreaking research, scientists have made a structural battery 10 times better than in any previous experiment.