27-30 October 2026
Sevastopol Hotel
Europe/Moscow timezone
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Two-Body Decays of Bottom Baryons into Pentaquarks and Vector Mesons

27 Oct 2026, 19:15
5m
Conference Hall 1 (Sevastopol hotel)

Conference Hall 1

Sevastopol hotel

Poster High energy physics: theory Poster session

Speaker

Millena Voronenko

Description

The LHC collider is the only machine to study physics of bottom baryons. Among a majority of decays observed, the hidden-charm pentaquark observation is one of the most important output by the LHCb Collaboration. In the $\Lambda_b$- and $\Xi_b$-baryon decays both unflavor and strange pentaquarks accompanied by a light pseudoscalar meson were found. Doubly-strange pentaquarks are still waiting for their discovery in a similar channel or with a vector meson instead. The later ones seem to be more interesting for experimental Doubly-strange pentaquark observation by the LHCb Collaboration. The flavor $SU(3)$-symmetry can be used to relate widths of bottom-baryon weak decays into a pentaquark and light vector meson and predict their ratios as well as specify the most promising experimental channels.

Primary authors

Millena Voronenko Alexandra Dobrynina (P.G. Demidov Yaroslavl State University) Alexander Parkhomenko (P.G. Demidov Yaroslavl State University)

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