To characterize modern magnetic materials and the associated magnetic phenomena, polarized x-rays have emerged as unique probes due to their specific interaction with magnetic materials.

Jul 20, 2017 · We have developed hard-X-ray vector nanotomography with which to determine the three-dimensional magnetic configuration at the nanoscale within micrometre-sized samples.

The 5 keys to magnetic information • x-ray cross section and flux • x-ray tunability: resonances and sum rules • x-ray polarization • x-ray spatial resolution • x-ray temporal resolution

Feb 25, 2020 · In this review paper we will focus our attention on 3D magnetic systems and how their magnetic configuration can be retrieved using x-ray magnetic nanotomography.

Dec 14, 2020 · Here we report a vector tomographic reconstruction based on soft X-ray transmission microscopy and magnetic dichroism data, which has allowed visualizing the three …

Element-specific information on magnetization reversal in complex magnetic nanostructures. XMCD is the difference in X-ray absorption between antiparallel and parallel orientation of …

Aug 18, 2015 · To characterize modern magnetic materials and the associated magnetic phenomena, polarized x-rays have emerged as unique probes due to their specific interaction …

Aug 15, 2024 · By performing dichroic spectroptychography, we demonstrate high spatial resolution imaging of magnetic samples up to thick, an order of magnitude higher than …

Magnetic x-ray microdiffraction uses the structural specificity of x-ray diffraction to probe complex magnetic structures at the length scales relevant to physical phenomena including domain …

Harder x-ray energies (>3 keV) access electronic states with smaller, yet significant, magnetic moments (e.g. 4p states in transition metals and 5d states in rare-earth compounds). While …