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    [3月18日] The Dancing of Spintronics

    2014-03-10
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    The Dancing of Spintronics

                                   March 18, 2014, Room 512, Physics Building of Tongji University
    To distinguish from traditional electronics, spintronics is defined as the study to manipulate both charge and spin of electrons in solid state physics. In 1988, the finding of giant magnetoresistance (GMR) effect, as the symbol of birth of spintronics, was first reported by Albert Fert & Peter Andreas Grünberg who shared 2007 Nobel Physics Prize, respectively. In last twenty years, a unique and surprising physical picture based on spin properties of electrons is becoming clearer, and some mature spintronics devices such as disk read head designed by tunneling magnetoresistance (TMR) and nonvolatile magnetic random access memory (MRAM) have been applied in the industry. Meanwhile, a series of novel physical problems, like spin transfer torque, spin Hall effect, half metal, current driven magnetization reversing, remain unresolved.

    With more and more charming challenges keeping to emerge in this field, it would be a great opportunity for everybody who is attracted by the dancing of Spintronics. We are thus deeply pleasured to invite teachers and students to join in the workshop of spintronics and discuss with each other feel free. Thank you !

    Schedule:

    Time

    Speaker

    Talk

    9:30-10:15

    Inomata K

    Overview of Spintronics Today

    10:15-10:45

    Jiang Y

    Recent progress in Spintronics at USTB

    10:45-11:15

    Zhang JW

    Magnon excitation and decay in Ferromagnetic Insulator/metal multilayers

    11:30-12:45

    Lunch time

    13:00-13:30

    Liu YW

    Spin-torque dynamics in nanopillars with perpendicular anisotropy

    13:30-14:00

    Wang WH

    Spingapless Semiconductors: Novel Materials for Spintronics

    14:00-14:30

    Zhu ZG

    Proximity effect of spin orbit coupling innonmagnetic/magnetic bilayer: Theoretical parts

    14:30-14:50

    Fan WJ

    Atomistic modelling of magnetic materials

    14:50-15:10

    Shan R

    Proximity effect of spin orbit coupling:Experimental parts

    15:10-15:30

    Break

    15:30-17:00

    Student show time

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