National Institute of Standards and Technology / University of Maryland’s NanoCenter / /
IndustryTerm
nano-manufacturing capabilities / electrical and optical devices / nano-manufacturing / biotechnology / nanotechnology applications / cancer treatment / industrial manufacturing / energy generation / friendly nano-manufacturing / roll-to-roll printing / polymer-based print manufacturing / manufacturing capabilities / manufacturing process / energy production / gas phase synthesis / sensor technologies / potential applications / futuristic systems / porous film-based gas sensors / drug delivery systems / base imaging material / electronics / less energy / nanotechnology manufacturing applications / manufacturing / solar energy / drug targeting-and-release technologies / energy technologies / /
Organization
National Science Foundation / University of Maryland / Center for Nano-Manufacturing and Metrology / National Institute of Standards and Technology / United States Army / FDA / Department of Defense / /
Person
Sheryl Ehrman / Teng Li / Sang Bok Lee / Gary Rubloff / John Fourkas / Michael Zachariah / /
Nano-Manufacturing While nanotechnology promises to revolutionize everything from energy production to cancer treatment, scientists must first tackle the fundamental problems of making, examining, and controlling precise