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Current research activities

  1. Spin dynamics and magnetotransport properties of nanoparticles
    • None-collinear magnetoresistance of magnetic nanowires
      Using many-body perturbation theory and renormalization-group techniques we inspect the role of electronic correlation on the transport properties of magnetized quantum wires with none-homogenously magnetized region.
    • Domain-wall dynamics
      We are interested in the dynamics of a domain wall in magnetic nanowires driven by a spin or a charge current. The electron scattering from the domain wall is treated quantum mechanically, whereas the Landau-Lifshitz-Gilbert equation is used for modeling the dynamics of the domain wall.
    • Temperature-dependent spin dynamics
      We study temperature effects on the switching behaviour of magnetic nanoparticles under the influence of different magnetic pulses.