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news archives: 2014

2014 News

11/10/14 - Potential new weapon in fight against cancer: "nanodaisies"

10/13/14 - ‘Nano-cocoons’ offer targeted drug delivery against cancer cells

10/03/14 - Coating nanotubes with aluminum oxide lowers lung injury risk

09/12/14 - Dr. Orlin Velev awarded first Colloid & Polymer Science Lecture

09/11/14 - Researchers create world’s largest DNA origami

09/11/14 - New nanomedicine improves stem cell therapy

05/28/14 - ‘Nanodaisies’ deliver drug cocktail to cancer cells

04/06/14 - "The influence of molecular orientation on organic bulk heterojunction solar cells" is published in Nature Photonics

Researchers grow carbon nanofibers using ambient air (March 24, 2014). NC State researchers have demonstrated that vertically aligned carbon nanofibers (VACNFs) can be manufactured using ambient air, making the manufacturing process safer and less expensive. VACNFs hold promise for use in gene-delivery tools, sensors, batteries, and other technologies. Conventional techniques for creating VACNFs rely on the use of ammonia gas, which is toxic. “This discovery makes VACNF manufacture safer and cheaper, because you don’t need to account for the risks and costs associated with ammonia gas,” says Dr. Anatoli Melechko, an adjunct associate professor of materials science and engineering and senior author of a paper on the work. NC State News Service

Carbonell elected to National Academy of Engineering (February 7, 2014). Dr. Ruben Carbonell, Frank Hawkins Kenan Distinguished Professor of Chemical Engineering at NC State, has been elected to the National Academy of Engineering (NAE). Carbonell is one of 67 new members and 11 foreign associates announced today. He is the 12th current NC State faculty member to be elected to the NAE, a private, independent nonprofit organization that provides engineering leadership in service to the nation. NC State News Service

Silver nanowire sensors hold promise for prosthetics, robotics (January 16, 2014). NC State researchers have used silver nanowires to develop wearable, multifunctional sensors that could be used in biomedical, military or athletic applications, including new prosthetics, robotic systems and flexible touch panels. The sensors can measure strain, pressure, human touch and bioelectronic signals such as

 

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