CORDIS Project
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This project aims to enhance our understanding of ions crucial for star and planet formation by recording high-resolution spectra using innovative light-induced reactions in ion traps. This method improves sensitivity and accuracy, enabling the identification of previously undetected molecules in space and advancing mo…
Ions play a key role in the chemical evolution of our universe.
The process of star and planet formation istightly connected to the presence and abundance of these species.
Their spectra turn into diagnostic tools forvarious astrophysical environments and their temporal evolution.
However, laboratory spectra of most ionsrelevant to astrophysics are not available.
Moreover, predicted spectra from ab-initio theory are not nearlyaccurate enough to guide astrophysical searches.
Therefore, corner sto…
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