Searching for QCD critical point with light nuclei
Pub type: | Article |
Citation: | Ko2023 |
Status: | Published |
Journal: | Nuclear Science and Techniques |
Volume: | 34 |
Number: | 5 |
Year: | 2023 |
Month: | May |
Pages: | 80 |
ISSN: | 2210-3147 |
URL: | https://doi.org/10.1007/s41365... |
DOI: | 10.1007/s41365-023-01231-1 |
Abstract: | Density fluctuations and correlations due to a first-order quark-gluon plasma to hadronic matter phase transition and its critical end point, if they remain present after the hadronic evolution in a heavy ion collisions, can lead to an enhanced production of light nuclei in these{\textlnot}{\textdagger}collisions. This would then result in{\textlnot}{\textdagger}a non-monotonic collision energy dependence of the yield ratio {\$}{\$}N{\_}{\backslash}text {\{}t{\}} N{\_}{\backslash}text {\{}p{\}} / N{\_}{\backslash}text {\{}d{\}}^2{\$}{\$}of proton number {\$}{\$}N{\_}{\backslash}text {\{}p{\}}{\$}{\$}, deuteron number {\$}{\$}N{\_}{\backslash}text {\{}d{\}}{\$}{\$}, and triton number {\$}{\$}N{\_}{\backslash}text {\{}t{\}}{\$}{\$}. Measurements of this yield ratio as a function of collision energy thus provides the possibility to{\textlnot}{\textdagger}probe the equation of state of strong-interaction matter and its phase diagram. |
Month_val: | 5 |
Userfields: | day={31}, |
Authors: | |
Added by: | [DGM] |
Total mark: | 0 |
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