IPrime News & Events
Professor Chris Leighton was named the 2013 recipient of the George W. Taylor Distinguished Research Award in the College of Science and Engineering (CSE). Read more...
 On April 8, 2013, 4-5pm, the Center for Nanostructure Applications (CNA) is hosting a talk by Dr. Philip Batson of the Department of Materials Science and Engineering at Rutgers University. Dr. Batson will present a talk titled "Plasmonic Forces in Nanoscale Metal Clusters: Playing Nano-Billiards with the Electron Microscope" in Walter Library, Room 402.
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What do disease early detection, rare-earth-free magnets and massive information storage and processing all have in common? Magnetic materials could be instrumental in a new wave of solutions in these areas. Distinguished McKnight Professor Jian-Ping Wang is experimenting with magnetic materials for these innovations and more.
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All events: Check-in opens one hour prior to start time.
Tuesday, May 28 - Thursday, May 30
 Plan to join us at the IPrime Annual Meeting on the University of Minnesota's Minneapolis, East Bank campus.
Meeting Overview
IPrime industrial members and university faculty, graduate students, and scientists will gather to discuss their research collaborations and outcomes occurring within 8 research programs. Participants will have the opportunity to review the latest research and innovations though a variety of professional and social events.
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Discoveries by University of Minnesota researchers were used to launch a record 12 startups in fiscal 2012. Read more...
Review a sampling of many recent innovations by IPrime's Biocatalysis and Biotechnology (BB) program faculty.
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 The Medical Devices Center (MDC) will hold its Design of Medical Devices Conference on April 8-11, 2013. Several IPrime faculty will present program lectures and representatives will participate in the exhibit session. Registration is now open.
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Faculty and graduate students working with IPrime have
http://research.cems.umn.edu/tsapatsis/index.php Read more...
 IPrime faculty Michael Tsapatsis and his colleagues have engineered nanoscale lattices that can save money and energy in industrial processes. The lattice pores come in different sizes in order to separate mixes of chemicals, and contain pores that act like a molecular sieve, allowing only molecules below a certain size--or even just certain forms of the same molecule--to pass.
Full article: UMN News
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