Pal B.Schwartz A.J.Aihara H.Al Said S.Asner D.M.Atmacan H.Aulchenko V.Aushev T.Ayad R.Badhrees I.Bahinipati S.Bansal V.Behera P.Bele�o C.Bhuyan B.Bilka T.Biswal J.Bozek A.Bra?ko M.Cao L.?ervenkov D.Chekelian V.Chen A.Cheon B.G.Chilikin K.Cho K.Choi Y.Choudhury S.Cinabro D.Cunliffe S.Dash N.Di Carlo S.Dole�al Z.Eidelman S.Epifanov D.Fast J.E.Fulsom B.G.Garg R.Gaur V.Garmash A.Gelb M.Giri A.Goldenzweig P.Golob B.Guan Y.Hara T.Hayasaka K.Hayashii H.Higuchi T.Hou W.-S.Hsu C.-L.Inami K.Ishikawa A.Itoh R.Iwasaki M.Iwasaki Y.Jacobs W.W.Jia S.Joffe D.Julius T.Karyan G.Kim D.Y.Kim K.T.Kim S.H.Kinoshita K.Kody� P.Korpar S.Kotchetkov D.Kri�an P.Kroeger R.Krokovny P.Kulasiri R.Kumar R.Kuzmin A.Kwon Y.-J.Lalwani K.Lee S.C.Li L.K.Li Y.B.Li Gioi L.Libby J.Lu P.-C.Masuda M.Matsuda T.Matvienko D.Merola M.Miyabayashi K.Miyata H.Mizuk R.Mohanty G.B.Mori T.Nakano E.Nakao M.Nath K.J.Natkaniec Z.Nayak M.Nishida S.Ogawa S.Ono H.Pakhlova G.Pardi S.Park H.Paul S.Pedlar T.K.Pestotnik R.Piilonen L.E.Popov V.Prencipe E.Purohit M.V.Ritter M.Russo G.Sahoo D.Sakai Y.Sandilya S.Santelj L.Sanuki T.Savinov V.Schneider O.Schnell G.Schueler J.Schwanda C.Seino Y.Senyo K.Seon O.Sevior M.E.Shibata T.-A.Simon F.Sokolov A.Solovieva E.Stari? M.Sumihama M.Sumiyoshi T.Takizawa M.Tamponi U.Tanida K.Tao Y.Tenchini F.Trabelsi K.Uchida M.Uehara S.Uglov T.Unno Y.Uno S.Vahsen S.E.Van Tonder R.Varner G.Varvell K.E.Vorobyev V.Wang B.Wang C.H.Wang M.-Z.Wang P.Wang X.L.Widmann E.Won E.Yelton J.Yin J.H.Zhang Z.P.Zhilich V.Zhukova V.Belle Collaboration2025-02-172018http://dx.doi.org/10.1103/PhysRevD.98.112008https://idr.iitbbs.ac.in/handle/2008/1644We measure the branching fraction and time-dependent CP-violating asymmetry for B0?J/??0 decays using a data sample of 711 fb-1 collected on the (4S) resonance by the Belle experiment running at the KEKB e+e- collider. The branching fraction is measured to be B(B0?J/??0)=[1.62�0.11(stat)�0.06(syst)]�10-5, which is the most precise measurement to date. The measured CP asymmetry parameters are S=-0.59�0.19(stat)�0.03(syst) and A=-0.15�0.14(stat)+0.04-0.03(syst). The mixing-induced CP asymmetry (S) differs from the case of no CP violation by 3.0 standard deviations, and the direct CP asymmetry (A) is consistent with zero. � 2018 authors. Published by the American Physical Society.enArticle