Nanoscale spin textures, especially magnetic skyrmions, have attracted intense interest as
candidate high-density and power-efficient information carriers for spintronic devices …

We present a review of the recent progress in electron tomography applicable to materials
science samples. We focus on practical high accuracy tomographic measurements and their …

Electron holography is a powerful technique that allows the phase shift of a high-energy
electron wave that has passed through a specimen in the transmission electron microscope …

The phase and amplitude of the electron wavefunction that has passed through ultra-thin
flakes of WSe 2 is measured from high-resolution off-axis electron holograms. Both the …

The technique of electron holography, which was originally described by Gabor, 1 is based
on the formation of an interference pattern or 'hologram'in the transmission electron …

In this work, we have explored the factors which govern mean free path values obtained
from off-axis electron holography measurements. Firstly, we explore the topic from a …

This chapter gives a brief introduction into the history of holography and tomography as well
as transmission electron microscopy. It is shown that all three concepts are closely linked …

Off-axis electron holography is a well-established transmission electron microscopy
technique, typically employed to investigate electric and magnetic fields in and around …

Mean inner potential is a fundamental material parameter in solid state physics and electron
microscopy and has been experimentally measured in CdTe, a technologically important …

The mean free path governing the scattering of high-energy electrons in cadmium telluride
(CdTe) has been measured and analyzed using off-axis electron holography (OEH). In the …