Scientists have shot an electron through an III-V semiconductor nanowire integrated on silicon for the first time. This achievement will form the basis for sophisticated quantum wire devices for future integrated circuits used in advanced powerful computational systems.
Materials scientists have developed a model to predict the limits of friction behavior of metals based on materials properties - how hard you can push on materials or how much current you can put through them before they stop working properly.
Researchers showed that the systemic administration of nanoparticles triggers an inflammatory response because of blood components accumulating on their surface. This finding may help researchers create more effective ways to avoid activating the immune system and more precisely direct therapies in patients.
A new approach to control forces and interactions between atoms and molecules, such as those employed by geckos to climb vertical surfaces, could bring advances in new materials for developing quantum light sources.
Taking a cue from the Marvel Universe, researchers report that they have developed a self-healing polymeric material with an eye toward electronics and soft robotics that can repair themselves. The material is stretchable and transparent, conducts ions to generate current and could one day help your broken smartphone go back together again.