Kiev, September 17-21,  2018

The International Advanced School on Magnonics 2018 (IASM’2018) builds upon the success of the previous events, held in St Margherita Ligure, Italy in 2012 (1st IASM) and in Exeter, UK in 2016 (2nd IASM), will feature an overview of and introduction into cutting-edge research in this exciting research field. The programme will cover both fundamental and applied aspects of magnonics, interaction between spin waves and other types of waves with emphasis on the structural complexity.

The School is aimed at both early stage researchers already working in magnonics and experienced researchers that would like to develop their research activities to this field. We believe that the time in Kyiv will also offer an excellent opportunity to share latest discoveries, to exchange opinions, and ideas, and to discuss future of spin wave research and prospects for creation of spin wave devices.

Sessions will be delivered by world-leading experts in magnonics, and correlated field of research and will also feature honoured guests Prof. V. G. Baryakhtar and Prof. G. A Melkov.

All participants are very welcome to submit the abstract for the poster sessions, which allow to share results and create opportunity for fruitful discussions.

On Tuesday, September 18, 2018 from 5 p.m. will start Special Session “Science & magnonics in Ukraine and worldwide“, to discuss the ways of further development and exploitation of science in Ukraine, preserving significant role of the Ukraine school of magnetism with close collaboration with scientists working in laboratories across the whole world. The Session will be honored by Prof. Maksym Striha, Deputy Minister of Education and Science of Ukraine and chaired by Prof. Yurii Gorobets (IMAG) with the help of Prof. Yaroslaw Bazaliy and Prof. Andrii Chumak. All are welcome to participate.

Topics for the workshop include fundamental and applied aspects of magnonics, interaction between spin waves and other types of waves, theoretical and experimental approaches used in magnetization dynamics investigations:

• magnetization dynamics,
• nonlinear spin wave dynamics,
• spin wave dynamics in a complex magnetization textures,
• theory of spin waves and computational methods,
• spin waves and antiferromagnetism,
• spin-wave logic,
• artificial crystals for spin-waves and magnonic applications: magnonic crystals, quasicrystals, fractal structures,
• other related spin wave phenomena.