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Lockheed Martin And Rice Partner On Nanotech Research
Houston TX (SPX) Apr 28, 2008 Lockheed Martin and Rice University have announced the creation of an innovative, strategic partnership to develop new technologies for a broad range of applications in electronics, energy and security. The Lockheed Martin Advanced Nanotechnology Center of Excellence at Rice University, or LANCER, will pair researchers from Lockheed Martin with Rice experts in carbon nanotechnology, photonics, plasmonics and more. LANCER will be based at Rice's Richard E. Smalley Institute for Nanoscale Science and Technology. "Nanotechnology promises to impact everything from the clothes people wear to the energy they consume, and it will also revolutionize the systems and services Lockheed Martin delivers to its government customers," said Sharon Smith, director of Advanced Technology, Lockheed Martin. "We are excited to partner with Rice, a recognized leader in nanotechnology research, to collaborate on those breakthroughs leading us to next generation products and services for our nation." LANCER grew out of a series of technology exchange events between the Smalley Institute and Lockheed Martin scientists in recent years, led by Rice faculty and designed to keep Lockheed Martin researchers apprised of the latest nanotechnology discoveries. "LANCER formed from the bottom-up, and that sets it apart from other ambitious university-industry research partnerships," said Wade Adams, director of Rice's Richard E. Smalley Institute for Nanoscale Science and Technology. "The folks in the labs are the ones who came to us and said, 'Make it easier for us to work together.'" When Lockheed Martin researchers visited Rice in March, for instance, the Smalley Institute and the Rice Alliance for Technology and Entrepreneurship sponsored a round-robin session that initiated dozens of conversations between Lockheed Martin project managers and Rice faculty on promising areas of collaborative research. LANCER officials are evaluating a number of specific proposals that grew out of those meetings. The kinds of technologies discussed include: - nanomaterials that could double the efficiency of Lithium-ion batteries - airport scanners that can "see" through the soles of shoes - solar energy collectors that are twice as efficient as today's best - nanomaterials that can extract energy from waste heat - "neuromorphic" computers that are structured like mammalian brains - stealthy materials that are stronger and lighter than existing products - space-based sensors that can closely monitor climate change LANCER officials expect to fund up to a half-dozen projects per year. Priority will be given to projects that can either be brought to market quickly or dramatically improve upon existing technology. Nanotechnology refers to devices and specks of matter that are measured in the billionths of a meter. Nanoscale objects can be thousands of times smaller than living cells and include both organic molecules like DNA and inorganic metals and semiconductors. In many instances, scientists can create nanoparticles with great precision -- even controlling the placement of individual atoms. With this precision, scientists worldwide are racing to find new materials and processes that can revolutionize everything from healthcare and electronics to energy production and environmental science. More than a quarter of the science and engineering faculty hired at Rice in the past two decades are nanotechnology experts who are affiliated with the Smalley Institute, which is named for Rice chemist and nanotechnology pioneer Richard Smalley. Community Email This Article Comment On This Article Related Links the missing link Nano Technology News From SpaceMart.com Computer Chip Architecture, Technology and Manufacture
Breakthrough In Nanotechnology By Uncovering Conductive Property Of Carbon-Based Molecules
Pittsburgh PA (SPX) Apr 22, 2008University of Pittsburgh researchers have discovered that certain organic-or carbon-based-molecules exhibit the properties of atoms under certain circumstances and, in turn, conduct electricity as well as metal. Detailed in the latest edition of Science, the finding is a breakthrough in developing nanotechnology that provides a new strategy for designing electronic materials, including inexpensive and multifunctional organic conductors that have long been considered the key to smaller, cheaper, and faster technologies. |
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