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Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle
Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle
by Zabrodin, E E , Farrar, G R , Sagun, V V , Grinyuk, B E , Blaschke, D B , Zherebtsova, E S , Vitiuk, O V , Yakovenko, N S , Bugaev, K A , Kabana, S , Zinovjev, G M , Bravina, L V , Nikonov, E G , Taranenko, A V , Ivanytskyi, O I , Savchenko, D O , Kuleshov, S V
2020
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Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle
by Zabrodin, E E , Farrar, G R , Sagun, V V , Grinyuk, B E , Blaschke, D B , Zherebtsova, E S , Vitiuk, O V , Yakovenko, N S , Bugaev, K A , Kabana, S , Zinovjev, G M , Bravina, L V , Nikonov, E G , Taranenko, A V , Ivanytskyi, O I , Savchenko, D O , Kuleshov, S V
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2020
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Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle
Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle
by Zabrodin, E E , Farrar, G R , Sagun, V V , Grinyuk, B E , Blaschke, D B , Zherebtsova, E S , Vitiuk, O V , Yakovenko, N S , Bugaev, K A , Kabana, S , Zinovjev, G M , Bravina, L V , Nikonov, E G , Taranenko, A V , Ivanytskyi, O I , Savchenko, D O , Kuleshov, S V
2020

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Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle
Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle
Journal Article

Chemical freeze-out of light nuclei in high energy nuclear collisions and resolution of the hyper-triton chemical freeze-out puzzle

Zabrodin, E E,
Farrar, G R,
Sagun, V V,
Grinyuk, B E,
Blaschke, D B,
Zherebtsova, E S,
Vitiuk, O V,
Yakovenko, N S,
Bugaev, K A,
Kabana, S,
Zinovjev, G M,
Bravina, L V,
Nikonov, E G,
Taranenko, A V,
Ivanytskyi, O I,
Savchenko, D O,
Kuleshov, S V
2020
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Overview
We present a summary of the recent results obtained with the novel hadron resonance gas model with the multicomponent hard-core repulsion which is extended to describe the mixtures of hadrons and light (anti-, hyper-)nuclei. A very accurate description is obtained for the hadronic and the light nuclei data measured by STAR at the collision energy sNN=200GeV and by ALICE at sNN=2.76TeV. The most striking result discussed here is that for the most probable chemical freeze-out scenario for the STAR energy the found parameters allow us to reproduce the values of the experimental ratios S3 and S¯3 without fitting.
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