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Nanocluster Deposition on Nanotemplates for Magnetic Data Storage

Discover the innovative synthesis of nanostructures through Co cluster deposition on Boron Nitride templates. Cluster interactions lead to ordered arrays, ideal for ultrahigh-density magnetic data storage. Join undergraduate women researchers in Physics for a stimulating conference. Participants will share research experiences, connect with peers, attend talks by physicists, and engage in workshops. Funded by NSF CAREER, UNL, NCMN, Nebraska MRSEC, and Nebraska EpSCOR.

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Nanocluster Deposition on Nanotemplates for Magnetic Data Storage

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  1. Order must be! Cluster layers on nanotemplates Axel Enders, University of Nebraska-Lincoln, DMR 0747704 The creation of nanostructures with well-defined geometry, chemistry, and long-range periodicity is a key challenge in nanomagnetism. Our new synthesis strategy: Deposition of Co clusters on stable Boron Nitride template monolayers by buffer layer assisted growth. The clusters occupy the depressions in the template and form an ordered array. Monte-Carlo simulations show that cluster-cluster interactions result in cluster coalescence and growth. Such ordered cluster films could be useful for application as patterned media for ultrahigh density magnetic data storage Phys. Rev. B. 78 (2008) 165430 Surf. Sci. Letters 602 (14) (2008) L95 – L99

  2. Conference for Undergraduate Women in PhysicsAxel Enders, University of Nebraska-Lincoln, DMR 0747704 We bring together outstanding undergraduate women researchers in Physics for a three-day conference, in October 2009. Participants will expand upon their current research experiences, interact with physics students from other universities, attend scientific talks given by invited physicists from other Midwestern universities, and participate in workshops and panel discussions. Funding for the first year is provided by NSF CAREER, UNL, NCMN, Nebraska MRSEC and Nebraska EpSCOR. www.physics.unl.edu/~wophy

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