CORDIS Project
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This project develops advanced tools for controlling electron beams in microscopy, enabling precise manipulation of their properties using light. It aims to enhance the study of optical excitations and plasmonic fields in nanostructures with unprecedented temporal and spatial resolution.
Advanced techniques of electron microscopy and spectroscopy require tools, which enable to control various degrees of freedom of electron beams (phase profile, temporal structure, orbital angular momentum, etc.).
The inelastic quantum coherent interaction between light waves and electron wavepackets allows to structure the temporal probability distribution of electrons with attosecond precision, which may enable probing the coherent dynamics of optical excitations or plasmonic near-fields of nan…
UNIVERZITA KARLOVA
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