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The ULISSES project focuses on developing advanced all-optical techniques to study chiral molecules and their electronic dynamics. By manipulating light properties, the project aims to enhance the efficiency of enantio-sensitive measurements and improve our understanding of chiral interactions in chemistry and biology.
Chiral molecules are characterized by specific stereo arrangements of their nuclei underlying their key function in chemistry and biology.
Yet, little is known about chiral molecular interactions at the level of electrons, occurring on the ultrafast time scale.
Developing extremely efficient enantio-sensitive ultrafast all-optical approaches to track electronic dynamics is an important unsolved challenge.
We aim to address it in ULISSES a multidisciplinary project at the interface of physical c…
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