Online Young Research Leaders Group Workshop: Spin, Charge, and Heat Transport: From Symmetries to Emergent Functionalities

Mainz, Germany: November 3rd - 4th 2020

What once began with spin-polarized electric currents in ferromagnets and the giant magnetoresistance, today is an internationally overarching research field known as spintronics. The last two decades, in particular, saw the consolidation of spintronics into modern solid state research. This was possible in large parts thanks to the experimental confirmation of the spin Hall effect and its inverse counterpart that enables electrical detection of pure spin currents. By now, it is known that the electronic spin not only couples to magnetic but also electric fields as well as heat gradients, adding interconversion phenomena between spin, charge, and heat to the spintronic inventory, examples being the spin Seebeck, spin Nernst, and Edelstein effects. Being inspired by both the uncovering of fundamental physics as well as the vision that spin will serve as an information carrier, the spintronics community studied a broad range of material classes, including normal, topological, and magnetic metals as well as topological and magnetic insulators. Magnets, in particular, proved to contain a wealth of surprises, exemplified by topological magnons, topological (spin) Hall effects in skyrmion crystals, anomalous Hall effects in antiferromagnets, or the magnetic spin Hall effect.

This SPICE Young Research Leaders Group Workshop serves as a melting pot of ideas on how to tackle the major spintronic challenges of this decade. The program of this workshop is built around the following major questions:
(1) Relying on symmetry arguments, which transport phenomena do we expect?
(2) How does the topological nontriviality of the electronic or magnonic band structure influences spin, charge, and heat transport?
(3) Which materials show particularly large transport and why? (Can we engineer spin transport?)
(4) How do we perform clear-cut experiments to disentangle a particular (spin) transport phenomenon from others?
(5) How do we use the arsenal of spintronics as means to explore and characterize complex materials?

This workshop is organized by SPICE as part of the Gutenberg International Conference Center (GICC) at Johannes Gutenberg University Mainz (JGU). The GICC is funded through the German Research Foundation’s (DFG) university allowance in the Excellence Strategy program and aims at fostering JGU as a national and international research hub. By organizing regular conferences and workshops in fields of excellent JGU research, the GICC provides a platform to build interest networks and collaborations – to promote exchange and dialog among academics and research groups from all over the world.



Alexander Mook, Universität Basel
Helena Reichlova, Technische Universität Dresden

Invited Speakers

Vivek Amin, NIST
Can Onur Avci, ETH Zürich
Amilcar Bedoya Pinto, MPI Halle
Dongwook Go, Forschungszentrum Jülich
Börge Göbel, University Halle
Sergii Grytsiuk, Forschungszentrum Jülich
Max Hirschberger, University of Tokyo
Annika Johansson, University Halle
Kouta Kondou, RIKEN CEMS
Jay Koo, University of Bielefeld
Dominik Kriegner, TU Dresden
Bo Li, University of Nebraska-Lincoln
Kai Litzius, MIT
Rafael Lopez Seeger, SPINTEC, CEA Grenoble
Paul McClarty, MPI for the Physics of Complex Systems
Nina Meyer, University Greifswald
Jonathan Noky, MPI CPfS
Andrew Ross, University Mainz
Richard Schlitz, University Dresden
Yuki Shiomi, University of Tokyo
Libor Smejkal, University Mainz
James Taylor, MPI Halle
Jakub Zelezny, Czech Academy of Sciences