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Related papers: Production of $X_b$ via $\Upsilon(5S, 6S)$ radiati…

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In this work, we investigate the production of $X_b$ in the process $\Upsilon(5S,6S)\to \gamma X_b$, where $X_b$ is assumed to be the counterpart of $X(3872)$ in the bottomonium sector as a $B {\bar B}^*$ molecular state. We use the…

High Energy Physics - Phenomenology · Physics 2016-06-17 Qi Wu , Gang Li , Fenglan Shao , Qianwen Wang , Ruiqin Wang , Yawei Zhang , Ying Zheng

In the present work, we investigate the production mechanism of the $Z_b(10610)$ and $Z_b(10650)$ states from the $\Upsilon(5S,6S)$ decays. Two types of bottom-meson loops are discussed. We show that the loop contributions with all…

High Energy Physics - Phenomenology · Physics 2019-03-06 Qi Wu , Dian-Yong Chen , Feng-Kun Guo

We studied the radiative transitions between the $\Upsilon(10753)$, the $S$-$D$ mixed state of the $\Upsilon(4S)$ and $\Upsilon_1(3\,{}^3D_1)$, and the $X_b$, the heavy quark flavor symmetry counterpart of the $X(3782)$ in the bottomonium…

High Energy Physics - Phenomenology · Physics 2024-05-13 Shi-Dong Liu , Hao-Dong Cai , Zu-Xin Cai , Hong-Shuo Gao , Gang Li , Fan Wang , Ju-Jun Xie

Motivated by recent theoretical predictions about the existence of a $ B \bar{B}$ bound state (also denoted as $ X(10550) $), in this work we estimate the production of the $S$-wave $ B^+ B^-$ molecule via $\Upsilon (4S)$ radiative decays.…

High Energy Physics - Phenomenology · Physics 2024-06-06 André L. M. Britto , Luciano M. Abreu

We investigate the radiative decay $\Upsilon(10753) \to \gamma X_{b0}$ within the framework of nonrelativistic effective field theory (NREFT). The $\Upsilon(10753)$ is treated as an $S$-$D$ mixed state of the $\Upsilon(4S)$ and $\YD$, while…

High Energy Physics - Phenomenology · Physics 2026-05-05 Yuan-Jun Gao , Gang Li , Shi-Dong Liu , Qi Wu

In this paper, we study radiative decays of X_b, the counterpart of the famous X(3872) in the bottomonium-sector as a candidate for meson-meson molecule, into the \gamma \Upsilon(nS) (n=1, 2, 3). Since it is likely that the X_b is below the…

High Energy Physics - Phenomenology · Physics 2014-05-06 Gang Li , Wei Wang

Based on data collected by the CLEO III detector at CESR, we started a series of investigations to open the mysteries of the $\Upsilon$(5S) resonance decay properties. $B_s$ mesons are expected to decay predominantly into $D_s$ meson, while…

High Energy Physics - Experiment · Physics 2019-08-14 R. Sia

In this work, we investigate the re-scattering effects in the radiative decay $\Upsilon(5S)\to\eta_b+\gamma$, which were suggested to be crucially important for understanding the anomalous largeness of the branching ratios…

High Energy Physics - Phenomenology · Physics 2010-09-29 Hong-Wei Ke , Xue-Qian Li , Xiang Liu

In this work, we study the isospin conserved hidden bottomonium decay of $X_b\to \Upsilon(1S)\omega$, where $X_b$ is taken to be the counterpart of the famous $X(3872)$ in the bottomonium sector as a candidate for the meson-meson molecule.…

High Energy Physics - Phenomenology · Physics 2015-06-23 Gang Li , Zhu Zhou

Based on the non-relativistic QCD factorization scheme, we study the hadroproduction of the bottomonium states $\Upsilon(5S)$ and $\Upsilon(6S)$. We argue to search for them in the final states $\Upsilon(1S,2S,3S)\pi^+\pi^-$, which are…

High Energy Physics - Phenomenology · Physics 2013-10-02 Ahmed Ali , Christian Hambrock , Wei Wang

We have evaluated the decay modes of the $\Upsilon(4s), \Upsilon(3d), \Upsilon(5s), \Upsilon(6s)$ states into $B\bar B, B\bar B^*+c.c., B^* \bar B^*, B_s \bar B_s, B_s \bar B^*_s +c.c., B^*_s \bar B_s^* $ using the $^3P_0$ model to…

High Energy Physics - Phenomenology · Physics 2020-03-11 Wei-Hong Liang , Natsumi Ikeno , Eulogio Oset

The Belle collaboration recently discovered two resonances, $Z_b(10610)$ and $Z_b(10650)$ --- denoted $Z_b$ and $Z_b^\prime$ --- in the decays $\Upsilon(5S) \to \Upsilon(nS) \pi^+ \pi^-$ for $n$ = 1, 2, or 3, and $\Upsilon(5S) \to h_b(mP)…

High Energy Physics - Phenomenology · Physics 2015-06-16 Thomas Mehen , Josh Powell

We introduce a new method for the determination of the ratio of production fractions $R^{\pm0}=\mathcal B(\Upsilon(4S)\to B^+B^-)/\mathcal B(\Upsilon(4S)\to B^0\bar B^0)$ based on $\bar B\to D^{(*)}\ell\bar \nu$ decays. Given the importance…

High Energy Physics - Phenomenology · Physics 2026-04-10 Martin Jung , Stefan Schacht

Upsilon (1S) decay to Xi_cc +anything is studied. It is shown that the branching ratio can be as significant as that of Upsilon (1S) decay to J/Psi +anything. The non-relativistic heavy quark effective theory framework is employed for the…

High Energy Physics - Phenomenology · Physics 2020-07-29 Shi-Yuan Li , Zhen-Yang Li , Zong-Guo Si , Zhong-Juan Yang , Xiao Zhang

We calculate the decay rate ratios for OZI allowed decays of Upsilon(5S) to two B mesons by using the decay amplitudes which incorporate the wave function of the Upsilon(5S) state. We obtain the results that the branching ratio of the…

High Energy Physics - Phenomenology · Physics 2014-11-18 Dae Sung Hwang , Hyungsuk Son

Using data collected by the CLEO III detector at CESR, we started a series of investigations on the Upsilon(5S) resonance decay properties. The data sample used for this analysis consists of 0.42 fb-1 of data taken on the Upsilon(5S)…

High Energy Physics - Experiment · Physics 2015-06-25 D. M. Asner , CLEO Collaboration

We observe the process $\Upsilon(2S)\to D_s^{(*)+} D_{sJ}^{-}$ and continuum production $e^+e^- \to D_s^{(*)+} D_{sJ}^- $ at $\sqrt{s} = 10.52$ GeV (and their charge conjugates) using the data samples collected by the Belle detector at…

High Energy Physics - Experiment · Physics 2023-08-23 Belle Collaboration , B. S. Gao , W. J. Zhu , X. L. Wang , I. Adachi , H. Aihara , D. M. Asner , V. Aulchenko , T. Aushev , R. Ayad , V. Babu , Sw. Banerjee , M. Bauer , P. Behera , K. Belous , J. Bennett , M. Bessner , V. Bhardwaj , T. Bilka , D. Biswas , A. Bobrov , D. Bodrov , A. Bondar , A. Bozek , M. Bračko , P. Branchini , T. E. Browder , A. Budano , D. Červenkov , M. -C. Chang , P. Chang , V. Chekelian , B. G. Cheon , K. Chilikin , H. E. Cho , K. Cho , S. -K. Choi , Y. Choi , S. Choudhury , D. Cinabro , G. De Nardo , G. De Pietro , R. Dhamija , F. Di Capua , J. Dingfelder , Z. Doležal , T. V. Dong , P. Ecker , T. Ferber , D. Ferlewicz , B. G. Fulsom , V. Gaur , A. Giri , E. Graziani , T. Gu , K. Gudkova , C. Hadjivasiliou , K. Hayasaka , H. Hayashii , S. Hazra , M. T. Hedges , D. Herrmann , W. -S. Hou , C. -L. Hsu , T. Iijima , K. Inami , N. Ipsita , A. Ishikawa , R. Itoh , M. Iwasaki , W. W. Jacobs , E. -J. Jang , S. Jia , Y. Jin , K. K. Joo , T. Kawasaki , C. Kiesling , C. H. Kim , D. Y. Kim , K. -H. Kim , Y. -K. Kim , K. Kinoshita , P. Kodyš , T. Konno , A. Korobov , S. Korpar , P. Križan , M. Kumar , R. Kumar , K. Kumara , A. Kuzmin , Y. -J. Kwon , Y. -T. Lai , S. C. Lee , D. Levit , P. Lewis , L. K. Li , L. Li Gioi , J. Libby , K. Lieret , D. Liventsev , Y. Ma , M. Masuda , T. Matsuda , S. K. Maurya , F. Meier , M. Merola , R. Mizuk , I. Nakamura , M. Nakao , D. Narwal , A. Natochii , L. Nayak , M. Niiyama , N. K. Nisar , S. Nishida , S. Ogawa , P. Pakhlov , G. Pakhlova , S. Pardi , J. Park , S. Patra , S. Paul , T. K. Pedlar , R. Pestotnik , L. E. Piilonen , T. Podobnik , E. Prencipe , M. T. Prim , G. Russo , S. Sandilya , V. Savinov , G. Schnell , C. Schwanda , Y. Seino , K. Senyo , M. E. Sevior , W. Shan , C. Sharma , J. -G. Shiu , B. Shwartz , E. Solovieva , M. Starič , Z. S. Stottler , M. Sumihama , K. Tanida , F. Tenchini , M. Uchida , T. Uglov , Y. Unno , S. Uno , S. E. Vahsen , K. E. Varvell , D. Wang , E. Wang , M. -Z. Wang , S. Watanuki , E. Won , X. Xu , B. D. Yabsley , W. Yan , S. B. Yang , J. H. Yin , Y. Yook , C. Z. Yuan , L. Yuan , V. Zhilich , V. Zhukova

We present the first evidence for the production of Upsilon(1D) states in the four-photon cascade, Upsilon(3S)-->gamma chib(2P), chib(2P)-->gamma Upsilon(1D), Upsilon(1D)-->gamma chib(1P), chib(1P)-->gamma Upsilon(1S), followed by the…

High Energy Physics - Experiment · Physics 2010-04-08 G. Bonvicini , CLEO Collaboration

In the present work, we investigate the production of the newly observed $P^\Lambda_{\psi s}(4338)$ state in $\Xi_b^-$ decay, where the $P^\Lambda_{\psi s}(4338)$ is assigned as a $\Xi_c \bar{D}$ molecular state. By using an effective…

High Energy Physics - Phenomenology · Physics 2024-04-19 Qi Wu , Dian-Yong Chen

Using CLEO data, we study the production of the anti-deuteron, d-bar, in Upsilon(nS) resonance decays and the nearby continuum. The branching ratios obtained are B^dir(Upsilon(1S) --> d-bar X) = (3.36 +- 0.23 +- 0.25) x 10^-5, B(Upsilon(1S)…

High Energy Physics - Experiment · Physics 2010-04-08 D. M. Asner
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