Workshop on Current Topics in Magnetoelectronics, Sept. 2003
Overview
The systems we are studying have potential impact in a wide range of technologies. For example, bismuth thin films offer the potential for field and current sensing, exchange coupling in FM/AF bilayers is a key component of GMR devices, half-metallic ferromagnets with high spin polarization are applicable for tunneling magnetoresistance and MRAM applications, and arrays of nanowires are of interest for field emitter arrays and high-density perpendicular recording. We have established collaborations with the following companies:
IBM T. J. Watson Research Center:
We have an extensive collaboration on the growth and properties of half-metallic ferromagnets and magnetic tunnel junctions.
Hitachi Global Storage:
We are collaborating with researchers at Hitachi on
soft lithography for patterned media.
Seagate Technology Inc.:
We are working with researchers at Seagate to study the properties of new candidate materials for half-metallic ferromagnets.
Polysciences Inc.:
We are collaborating on potential applications of multifunctional magnetic nanowires for detecting
biomolecules.