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The Center for Nanoscale Systems An NSF Nanoscale Science and Engineering Center

The Center for Nanoscale Systems An NSF Nanoscale Science and Engineering Center . The CNS Research Mission. Nanoscale solutions for future information technology systems. Solutions based on: Nanoscale phenomena Nanoscaled devices and materials

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The Center for Nanoscale Systems An NSF Nanoscale Science and Engineering Center

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  1. The Center for Nanoscale SystemsAn NSF Nanoscale Science and Engineering Center The CNS Research Mission Nanoscale solutions for future information technology systems • Solutions based on: Nanoscale phenomena Nanoscaled devices and materials Intrinsically nanoscale materials • CNS Research Thrust Areas Nanoelectronics Nanophotonics Nanocharacterization and nanoprocessing Nanomagnetics

  2. BAIBICH et al. GIANT MAGNETORESISTANCE OF (001)FE/(001) CR MAGNETIC SUPERLATTICES PRL 61 2472 NOV 21 1988 • BINASCH et al. ENHANCED MAGNETORESISTANCE IN LAYERED MAGNETIC-STRUCTURES WITH ANTIFERROMAGNETIC INTERLAYER EXCHANGEPR B 39 4828 MAR 1 1989 DIENY et al. GIANT MAGNETORESISTANCE IN SOFT FERROMAGNETIC MULTILAYERS, PR B B 1297 JAN 1 1991 Fifteen Years of Discovery and Technological Advances in Thin Film Magnetics -1

  3. Fifteen Years of Discovery and Technological Advances in Thin Film Magnetics - 2 MOODERA et al. LARGE MAGNETORESISTANCE AT ROOM-TEMPERATURE IN FERROMAGNETIC THIN-FILM TUNNEL-JUNCTIONS PRL 74 3273 APR 17 1995

  4. Fifteen Years of Discovery and Technological Advances in Thin Film Magnetics - 2 MOODERA et al. LARGE MAGNETORESISTANCE AT ROOM-TEMPERATURE IN FERROMAGNETIC THIN-FILM TUNNEL-JUNCTIONS PRL 74 3273 APR 17 1995

  5. Fifteen Years of Discovery in Magnetics - 3 Slonczewski, Current-driven excitation of magnetic multilayers, JMMM 159 L1-L7 JUN 1996 Berger,Emission of spin waves by a magnetic multilayer traversed by a currentPR B 54 9353 OCT 1 1996 Nanomagnetics Group - Cornell Rippard, Pufall, et al.- NIST Spin Transfer – An opportunity or a problem?

  6. Nanomagnetics – FromDiscovery to Systems Morning Program 8:30 – 9:10 Spin Transfer Stimulated Noise in Magnetic Recording Heads. Prof. Bob White,Director Data Storage Systems Center, Carnegie Mellon 9:10 – 9:50 Spin Transfer and Other Challenges in Data Storage Dr. Mark Covington, Research Staff Member, Seagate 9:50 – 10:10 Morning break 10:10 – 10:50 MRAM Technology: Status and Future Challenges Dr. Jon Slaughter, Manager Magnetic Materials Research, Motorola 10:50 – 11:30 Spintronics Applications at NVE Dr. Jim Daughton, Founder and CTO of NVE Corporation 1st Annual CNS Nanotechnology Symposium, May 14 2004

  7. Nanomagnetics – FromDiscovery to Systems Lunch 11:30 – 1:00 Poster Session: CNS Research and External Contributions • Nanoelectronics • Carbon based • Silicon based • Nanophotonics • Nanocharacterization and Nanoprocessing • Nanomagnetics 1st Annual CNS Nanotechnology Symposium, May 14 2004

  8. Nanomagnetics – FromDiscovery to Systems Afternoon Program 1:00 – 1:40 Spin Transfer Induced Dynamics in Magnetic Nanostructures, Bill Rippard, Research Associate, NIST 1:40 – 2:20 Circuit Considerations for Spin-Switched MRAM Devices John DeBrosse, MRAM Design Team Leader, IBM Microelectronics 2:20 – 2:50 Spin Transfer Driven Magnetic Switching and Precession Prof. Dan Ralph, CNS Cornell 2:50 – 3:00 Summary & Adjourn 1st Annual CNS Nanotechnology Symposium, May 14 2004

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