A team led by Jongbaeg Kim at Yonsei University in South Korea has developed a micromechanical contact designed on the lines of aligned carbon-nanotube (CNT) arrays.
ADA Technologies has received a $750,000 work order from the U.S. Air Force to conduct research on a nanomaterial-based power system that can be used in small to medium sized Unmanned Aircraft Systems (UAS).
A research team at the U.S. Department of Energy (DOE)'s Lawrence Berkeley National Laboratory has developed bilayered nanocrystals of a metal-metal oxide that features multiple catalytic locations on nanocrystal interfaces.
Recent research conducted at Natcore Technology has revealed uses of its liquid phase deposition (LPD) process in making black silicon solar cells surface more passive.
Associate professor of electrical engineering in the Grove School of Engineering at The City College of New York, Dr. David Crouse, is leading the Center for Metamaterials, which is a collaboration between industry and academia.
A University of Manchester research team led by Professor Andre Geim, has discovered that electric current or a flow of electrons can magnetize grapheme.
Professor Kostya Ostrikov of the Plasma Nanoscience Centre Australia, CSIRO Materials Science and Engineering, has recently written a paper in the IOP Publishing’s Journal of Physics D Applied Physics, describing the ability of plasma nanoscience to monitor energy and matter at basic levels in order to develop cost-effective, eco-friendly nano-materials to be used in multiple areas of human activity and health.
Generating synthetic structures from DNA is the aim of DNA nanotechnology. This new field, which merges biology, physics, chemistry and material science utilizes the capability of the natural DNA-strains' ability for auto assembly.
A University of Pennsylvania research team at the schools of Engineering and Applied Science and Arts and Sciences has discovered a method that will help control the properties of semiconductor nanowires fabricated from lead selenide.
A team led by Paul Braun, professor of materials science and engineering at the University of Illinois at Urbana-Champaign has developed battery electrodes that are based on nanostructured metal foams in order to create a lithium-ion battery that takes two minutes to be 90% charged.
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