Time-resolved XRMS isolates wall-specific picosecond dynamics in disordered chiral stripe domains, revealing fluence-dependent oscillatory softening in the dichroic signal from Néel walls due to laser-induced changes in anisotropy and magnetization.
Moreau-Luchaire, C
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Ultrafast internal dynamics of chiral domain walls probed by time-resolved XRMS
Time-resolved XRMS isolates wall-specific picosecond dynamics in disordered chiral stripe domains, revealing fluence-dependent oscillatory softening in the dichroic signal from Néel walls due to laser-induced changes in anisotropy and magnetization.