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AKjDPG: Arbeitskreis junge DPG

AKjDPG 3: PhD Symposium: Ultrafast spin-lattice interactions (joint session MA/AKjDPG)

Dienstag, 13. März 2018, 09:30–13:15, H 1012

The immensely fascinating field of magnetism research has branched into many lively communities such as spintronics, ultrafast demagnetization, all-optical switching, multiferroic materials, domain walls, magnetic textures and spin caloritronics just to mention a few. All of these hot research topics share that the relevant interacting magnetic moments are arranged within the framework of an atomic lattice which itself interacts with the spin system. The lattice thus does not only influence the geometrical arrangement of the magnetic moments but also serves as a major bath for energy, entropy and most importantly also angular momentum transfer within the studied systems. The symposium aims at exchanging ideas and at fostering the discussion about the effects of the spin- lattice interaction among various areas of magnetism research. We highly welcome contributions that explain basic mechanisms and results of the spin-lattice interaction from all communities. Spin-lattice interaction can be considered as one of the prototypical coupling mechanisms within correlated materials and the condensed matter research in general. It is a very timely topic as many applications in future information technology such as spintronic-devices, heat assisted magnetic recording, implementations of the Spin-Seebeck, all-optical magnetization switching greatly benefit from an understanding of this basic effect.

Organized by: Alexander von Reppert (U. Potsdam), Vivek Unikandanunni, (U. Stockholm), Kumar Neeraj, (U. Stockholm), Neha Jha (U. Greifswald), Tobias Wimmer, (Walther Meißner Institute München), Kamil Bobowski (FU Berlin), Markus Gleich (FU Berlin).

	09:30		Introduction by the organizers
	09:35	AKjDPG 3.1	Hauptvortrag: Understanding spin and lattice interactions at ultrafast timescales — •Peter M. Oppeneer
	10:20		5 minutes break
	10:25	AKjDPG 3.2	Magnetic and Structural Dynamics in Antiferromagnetically Coupled Fe/Cr Superlattices — •Daniel Schick, Daniel Bürgler, Niko Pontius, Stefan Eisebitt, and Christian Schüßler-Langeheine
	10:40	AKjDPG 3.3	Hauptvortrag: Spin-Lattice coupling in ultrafast magnetization dynamics — •Bert Koopmans
	11:10		15 minutes break
	11:25	AKjDPG 3.4	Hauptvortrag: The role of spin-lattice interaction in optical control of magnetism — •Alexey Kimel
	11:55	AKjDPG 3.5	Structural dynamics during laser-induced ultrafast demagnetization — •Emmanuelle Jal, Victor Lopez-Flores, Niko Pontius, Tom Ferte, Christine Boeglin, Boris Vodungbo, Jan Lüning, and Nicolas Jaouen
	12:10		5 minutes break
	12:15	AKjDPG 3.6	Hauptvortrag: Driving magnetization precession by dynamical compressive and shear strain in a low-symmetry metallic film — •Alexandra M. Kalashnikova, Tetiana L. Linnik, Vladimir N. Kats, Jasmin Jaeger, Alexey S. Salasyuk, Dmitri R. Yakovlev, Andrew W. Rushforth, Andrey V. Akimov, Manfred Bayer, and Alexey V. Scherbakov
	12:45	AKjDPG 3.7	Hauptvortrag: Ultrafast Thermal Transport in Magnetic Heterostructures — •Richard Wilson, Michael Gomez, Jon Gorchon, Yang Yang, Charles-Henri Lambert, Sayeef Salahuddin, and Jeff Bokor