
Stopping internal bleeding with a single injection: good discovery from MIT
MIT designs nanoparticles that emulate the blood clotting process, to stop internal bleeding.
MIT designs nanoparticles that emulate the blood clotting process, to stop internal bleeding.
Researchers have created a plant-based, sustainable and scalable spider web. It can replace single-use plastics in many consumer products.
A reversible fabric capable of changing the wearer's temperature conditions was developed by two universities in China and the USA
A US startup develops the missing link between "light" transfers that vanish immediately and permanent tattoos, a potential life-long nightmare.
The University of Texas studies and combines new materials to coat buildings with intelligent metal skin capable of interacting with the environment.
New construction methods, bright ceilings, futuristic car interiors, even batteries: transparent and enhanced wood is the most promising material of the future
A team managed to encapsulate 11 micronutrients in a tiny polymer that does not alter the flavor of the food. The challenge against malnutrition is launched.
A team has developed one of the dynamic materials with the most unusual qualities: it can increase its hardness when illuminated, and return soft in the dark.
It's a new paradigm: doctors can abandon gauze and bandages, instantly acting directly on the skin to repair wounds and burns.
Researchers from the Technion-Israel Institute of Technology have created a soft biocompatible glue and a special glue gun that can quickly and easily close wounds without side effects.
The Spanish designer Manel Torres has developed in partnership with a team of researchers from Imperial ...