|    The Microelectronics Research Center at  The University of Texas at Austin will receive $4 million over five years as  a newly selected member of the National Science Foundation’s (NSF) National  Nanotechnology Infrastructure Network (NNIN).    NNIN is designed to create a flexible  infrastructure of nanotechnology resources available to academia and  industry. As part of this infrastructure, the Microelectronics Research  Center will become available to researchers nationwide. The funds will  support infrastructure costs, such as technicians and staff who run and  maintain equipment and the training of students and new users.    “The idea behind the NNIN is that some of  these bigger schools that have strong microelectronics programs and clean  rooms, such as we have, would be made national centers accessible to anyone  in the country. They could use the resources to fabricate microelectronic  devices, and nanostructures for a fee,” says Dr. Sanjay Banerjee, director of  the center and professor of electrical and computer engineering.   The other universities selected to form  the network were Cornell University, Stanford University, the University of  California at Santa Barbara, Howard University, the University of Michigan,  the University of Minnesota, the University of New Mexico, the University of  Washington, Georgia Institute of Technology and Harvard University.   The new network will replace the National  Nanotechnology Users Network, an NSF-funded group that will dissolve at the  end of 2003. The success of facilities under the previous network, initiated  in 1994 and consisting of five members, prompted the National Science  Foundation to expand the initiative in hopes of boosting the burgeoning  nanotechnology industry.    Banerjee says selection as a network  member affords benefits to the university that can potentially spread beyond  the need for funding.   “More than the money, I think it’s very  important because it increases the visibility of UT Austin as a national  player in microelectronics and nanotechnology,” he says.    |