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Paper detail

Sub-microsecond fast temporal evolution of the spin Seebeck effect

We present temporal evolution of the spin Seebeck effect in a YIG|Pt bilayer system. Our findings reveal that this effect is a sub-microseconds fast phenomenon governed by the temperature gradient and the thermal magnons diffusion in the magnetic materials. A comparison of experimental results with the thermal-driven magnon-diffusion model shows that the temporal behavior of this effect depends on the time development of the temperature gradient in the vicinity of the YIG|Pt interface. The effective thermal-magnon diffusion length for YIG|Pt systems is estimated to be around 700nm.

preprint2013arXivOpen access
M. AgrawalV. I. VasyuchkaA. A. SergaA. KiriharaP. PirroT. LangnerM. B. JungfleischA. V. ChumakE. Th. PapaioannouB. Hillebrands
cond-mat.mtrl-sci
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M. AgrawalV. I. VasyuchkaA. A. SergaA. KiriharaP. PirroT. LangnerM. B. JungfleischA. V. ChumakE. Th. PapaioannouB. Hillebrands

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