Antiferromagnetic Spintronics

Grenoble, France: October 25th – 27th 2017

Antiferromagnetic materials could represent the future of spintronics thanks to the numerous features they combine: they are robust against perturbation due to magnetic fields, produce no stray fields, display ultrafast dynamics and generate large magnetotransport effects. Research efforts invested in unraveling spin-dependent transport properties of antiferromagnets will be presented and discussed in this workshop.

More information on the workshop can be found here

Organizers
V. Baltz (SPINTEC Grenoble)
A. Manchon (KAUST Thuwal)
O. Gomonay (JGU Mainz)
T. Jungwirth (FZU Prague & Uni. Nottingham)
J. Sinova (JGU Mainz)
M. Viret (SPEC Saclay)

Invited Speakers

A. Bataille (LLB Saclay) R. A. Buhrman (Cornell Uni. Ithaca) J.-Y. Chauleau (SPEC Saclay) K. W. Edmonds (Uni. Nottingham) L. Frangou (SPINTEC Grenoble) S. Fukami (Tohoku Uni. Sendai) O. Gomonay (JGU Mainz) J. P. Heremans (OSU Columbus) M. Hirschberger (Princeton Uni. & RIKEN Saitama) A. Hoffmann (ANL Argonne) V. Jacques (L2C Montpellier) S. K. Kim (UCLA Los Angeles) M. Kläui (JGU Mainz) A. A. Kovalev (Uni. Nebraska Lincoln)

K. J. Lee (KU Seoul) D. Makarov (HZDR Dresden) A. Manchon (KAUST Thuwal) M. Meinert (Bielefeld Uni.) K. Olejnik (FZU Prague) A. Qaiumzadeh (NTNU Trondheim) S. M. Rezende (UFPE Recife) K. Rode (Trinity College Dublin) V. Saidl (FZU Prague) T. Seifert (FHI Berlin) A. Sekine (Uni. Texas Austin) L. Šmejkal (JGU Mainz & FZU Prague) J. Wunderlich (Hitachi Cambridge Lab.) Y. Yamane (CEMS RIKEN Saitama)

 

This workshop is supported by: