Skyrmion Workshop – Program

Skyrmions are quasi-particle magnetization configurations characterized by fascinating topological properties and a relatively easy electrical manipulation via spin-polarized currents which promise unrivalled performances for a new generation of low-power devices. Since the initial theoretical predictions, a number of experimental achievements have been done in the last few years, which have led skyrmions to be observed in a variety of materials, including ferromagnets, synthetic antiferromagnets and ferrimagnets. However, up to date, the only reliable and successfully implemented skyrmions use is the reshuffler device, which ensures the signal decorrelation required in probabilistic computing. Therefore, further experimental advancements are still needed to definitively build a real skyrmion-based technology.

Program – July 7th, 2020

Time (CEST)Speaker – Title of the talkyoutube
9.20 – 9.30Giovanni Finocchio and Riccardo Tomasello Workshop opening and welcome
9.30 – 9.55Vincent Cros: Stabilization and observation of zero-field skyrmions in ferromagnetic and synthetic antiferromagnetic systemscoming soon
9.55 – 10.20Naoto Nagaosa: Skyrmion string, anti-skyrmion and related spin textures in magnetscoming soon
10.20- 10.45Yan Zhou: Magnetic bimerons in new materialscoming soon
10.45- 11.10Wanjun Jiang: Thermal effects on the skyrmion dynamicscoming soon
11.10- 11.35Christos Panagopoulos: Microwave resonances of magnetic skyrmions in thin film multilayerscoming soon
11.35- 11.50Break
11.50- 12.15Stavros Komineas: Traveling skyrmions in chiral antiferromagnetscoming soon
12.15- 12.40Mathias Klaui: Skyrmion dynamics – from individual ultrafast motion to diffusion and collective crystallization of 2D latticescoming soon
12.40- 13.05Hans Hug: Observation of coexistence of different skyrmion phases in hybrid ferromagnetic/ferrimagnetic multilayerscoming soon
13.05- 13.30Aurelien Manchon: Strategies to Enhance Skyrmion Mobilitycoming soon

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