Daria Gorelova
University of Hamburg
ABSTRACT
The ability to image electronic motion on its natural time and length scale will provide
new insights into chemical and phase transfromations in atomic, molecular and
condense matter systems. This task can be achieved by (sub-)femtosecond x-ray
pulses employing different techniques.
In my research group, we theoretically predict, how attosecond x-ray pulses can be
applied for characterization of electronic motion on atomic length scale. In my poster,
I will present several proposals for attosecond x-ray experiments based on three
different techniques, time-resolved resonant [1] and nonresonant x-ray scattering
[2,3,4], and time- and angle-resolved photoelectron spectroscopy [5].
Poster Session Link:
https://gather.town/invite?token=0pEoq7VP
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