A microscopic study led by An-Ping Li from the Oak Ridge National Laboratory of the Department of Energy has demonstrated that single atoms can turn on or off electronic properties of quantum nanowires, the tiniest recognized conductors of the world.
A research team led by Stephan Link from Rice University has demonstrated that tiny channels of gold nanoparticles are capable of transmitting electromagnetic energy that begins as light and transmits through ‘dark plasmans.’
A team of researchers from the Wake Forest Baptist Medical Center has demonstrated a method to kill breast cancer tumors, especially the tumor triggering cancer stem cells, using multiwalled carbon nanotubes.
Industrial Nanotech, a nanoscience solutions and research firm and member of the U.S. Greenbuilding Council, has declared that its Turkish distributor, Kolorgen has successfully installed the company’s patented Nansulate protective and thermal insulation coatings at the Intem Triko’s textile manufacturing plant located at Istanbul.
A research team led by Lih Y. Lin and Fred Rieke from the University of Washington (UW) has developed a novel and highly targeted method by harnessing quantum dots for activating neurons in the brain in order to understand the way of communication of nerve cells.
Industrial Nanotech has declared the first sale of Nansulate, its patented protective and insulation coating line based on nanotechnology, to a nuclear power facility located in the US.
A team of researchers at IBM Research – Zurich, the University of Wisconsin-Madison and the University of Pennsylvania has developed a nano-sized silicon carbide tip that has a wear resistance 10,000 folds higher than that of earlier designs, a major breakthrough in nanomanufacturing for applications such as biosensors for environment and healthcare monitoring.
NaturalNano, a material science company manufacturing and commercializing novel nanocomposites, has declared that it has received orders for its Halloysite Natural Tube (HNT) as a key ingredient in Fiabila’s nail polish products sold in Europe and in the United States.
A novel form of buckypapers or carbon nanotube sheets developed by a research team has eliminated their major drawback.
A study by Martin Z. Bazant from the Massachusetts Institute of Technology (MIT) has discovered the reasons behind the unusual charging and discharging behavior of lithium iron phosphate (LiFePO4) nanoparticles, paving the way to develop high-efficiency battery materials.
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