Dennis Alexander's research team is using lasers on metal surfaces to mimic evolutionary biological properties (like shark skin, rose petals, beetles, and moth eyes) that can be used for defense and industrial purposes. (7/29/18)
Prahalada Rao is part of a team of researchers that are working from different angles to develop replacement tissues for bodily injuries by 3-D printing them. Rao is working to perfect the 3-D printing process, so that flawless parts can be produced every time, essential when creating a variety of parts - from replacement knees to airplane turbines. (7/25/28)
Research led by David Sellmyer and Balamurugan Balasubramanian has resulted in the formation of skyrmions that are seemingly the smallest possible size at only 13 nanometers wide. This new finding could improve digital memory, including better energy efficiency, faster data processing speeds, and longer lifespans for hard drives. (7/12/18)
Alexander Sinitskii and colleagues have previously discovered a way to boost the electrical conductivity of MXene material titanium carbide, and now they have shown that it is also the stiffest 2-D nanomaterial produced by solution processing. (7/10/18)
Martin Centurion and colleagues, including researchers from Stanford University and Europe, have been able to precisely capture how the atomic nuclei and chemical bonds of a five-atom molecule responded when struck by a laser. The study marks the culmination of a years-long effort to advance the quality of “molecular movies” from that of a rudimentary stop-motion animation to a high-definition motion picture. (7/9/18)
UNL continues to make waves in the area of nanoscience. With your support, the Nebraska Center for Materials and Nanoscience will be positioned to continue its reputation for research and education. Please consider giving to the NCMN Research and Education Fund.