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Study of \chi_{bJ}(1P) Properties in the Radiative \Upsilon(2S) Decays
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arxiv 1606.01276 v1 pith:EADETPVW submitted 2016-06-03 hep-ex
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We report a study of radiative decays of \chi_{bJ}(1P)(J=0,1,2) mesons into 74 hadronic final states comprising charged and neutral pions, kaons, protons; out of these, 41 modes are observed with at least 5 standard deviation significance. Our measurements not only improve the previous measurements by the CLEO Collaboration but also lead to first observations in many new modes. The large sample allows us to probe the total decay width of the \chi_{b0}(1P). In the absence of a statistically significant result, a 90% confidence-level upper limit is set on the width at \Gamma_{total}< 2.4 MeV. Our results are based on 24.7 fb^{-1} of e+e- collision data recorded by the Belle detector at the \Upsilon(2S) resonance, corresponding to (157.8\pm3.6)\times10^6 \Upsilon(2S) decays.
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Predictions for Bottomonium from a Relativistic Screened Potential Model
hep-ph 2025-01 conditional novelty 4.0 of 10
A screened relativistic potential model reproduces many low-lying bottomonium masses and proposes S-D mixing assignments for Upsilon(10355), Upsilon(10580), Upsilon(10753), Upsilon(10860), and Upsilon(11020).
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