Polarization and quantum entanglement effects in $B^\pm_c\to J/ψ+π^\pm +π^0$ process

Fuente: arXiv
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Autores principales: Chen, Kaiwen, Geng, Yiqi, Jin, Yichao, Yan, Zhicheng, Zhu, Ruilin
Formato: Preprint
Publicado: 2024
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author Chen, Kaiwen
Geng, Yiqi
Jin, Yichao
Yan, Zhicheng
Zhu, Ruilin
author_facet Chen, Kaiwen
Geng, Yiqi
Jin, Yichao
Yan, Zhicheng
Zhu, Ruilin
contents Motivated by the very recent observation of the $B^+_c\to J/ψ+π^+ +π^0$ decay using proton-proton collision data by the LHCb collaboration, we study the four-body angular distributions and the quantum entanglement effects in the $B^+_c\to J/ψ+π^+ +π^0$ associated with $J/ψ\to μ^++μ^-$. The helicity angular distributions are given in the QCD effective theory and the von Neumann entropy is obtained in $B^\pm_c\to J/ψ(\to μ^+μ^-)+ρ^\pm(\to π^\pm π^0)$ decay process.
format Preprint
id arxiv_https___arxiv_org_abs_2404_06221
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Polarization and quantum entanglement effects in $B^\pm_c\to J/ψ+π^\pm +π^0$ process
Chen, Kaiwen
Geng, Yiqi
Jin, Yichao
Yan, Zhicheng
Zhu, Ruilin
High Energy Physics - Phenomenology
High Energy Physics - Experiment
Motivated by the very recent observation of the $B^+_c\to J/ψ+π^+ +π^0$ decay using proton-proton collision data by the LHCb collaboration, we study the four-body angular distributions and the quantum entanglement effects in the $B^+_c\to J/ψ+π^+ +π^0$ associated with $J/ψ\to μ^++μ^-$. The helicity angular distributions are given in the QCD effective theory and the von Neumann entropy is obtained in $B^\pm_c\to J/ψ(\to μ^+μ^-)+ρ^\pm(\to π^\pm π^0)$ decay process.
title Polarization and quantum entanglement effects in $B^\pm_c\to J/ψ+π^\pm +π^0$ process
topic High Energy Physics - Phenomenology
High Energy Physics - Experiment
url https://arxiv.org/abs/2404.06221