Present status and future of DCC analysis

✍ Scribed by Tapan K. Nayak; M.M. Aggarwal; A. Agnihotri; Z. Ahammed; A.L.S. Angelis; V. Antonenko; V. Arefiev; V. Astakhov; V. Avdeitchikov; T.C. Awes; P.V.K.S. Baba; S.K. Badyal; A. Baldine; L. Barabach; C. Barlag; S. Bathe; B. Batiounia; T. Bernier; K.B. Bhalla; V.S. Bhatia; C. Blume; R. Bock; E.-M. Bohne; D. Bucher; A. Buijs; E.-J. Buis; H. Büsching; L. Carlen; V. Chalyshev; S. Chattopadhyay; K.E. Chenawi; R. Cherbatchev; T. Chujo; A. Claussen; A.C. Das; M.P. Decowski; V. Djordjadze; P. Donni; I. Doubovik; M.R. Dutta Majumdar; S. Eliseev; K. Enosawa; H. Feldmann; P. Foka; S. Fokin; V. Frolov; M.S. Ganti; S. Garpman; O. Gavrishchuk; F.J.M. Geurts; T.K. Ghosh; R. Glasow; S.K. Gupta; B. Guskov; H.A. Gustafsson; H.H. Gutbrod; R. Higuchi; I. Hrivnacova; M. Ippolitov; H. Kalechofsky; R. Kamermans; K.-H. Kampert; K. Karadjev; K. Karpio; S. Kato; S. Kees; H. Kim; B.W. Kolb; I. Kosarev; I. Koutcheryaev; A. Kugler; P. Kulinich; V. Kumar; M. Kurata; K. Kurita; N. Kuzmin; I. Langbein; A. Lebedev; Y.Y. Lee; H. Löhner; D.P. Mahapatra; V. Manko; M. Martin; A. Maximov; R. Mehdiyev; G. Mgebrichvili; Y. Miake; D. Mikhalev; G.C. Mishra; Y. Miyamoto; D. Morrison; D.S. Mukhopadhyay; V. Myalkovski; H. Naef; B.K. Nandi; S.K. Nayak; T.K. Nayak; S. Neumaier; A. Nianine; V. Nikitine; S. Nikolaev; S. Nishimura; P. Nomokov; J. Nystrand; F.E. Obenshain; A. Oskarsson; I. Otterlund; M. Pachr; A. Parfenov; S. Pavliouk; T. Peitzmann; V. Petracek; F. Plasil; M.L. Purschke; B. Raeven; J. Rak; S. Raniwala; V.S. Ramamurthy; N.K. Rao; F. Retiere; K. Reygers; G. Roland; L. Rosselet; I. Roufanov; J.M. Rubio; S.S. Sambyal; R. Santo; S. Sato; H. Schlagheck; H.-R. Schmidt; G. Shabratova; I. Sibiriak; T. Siemiarczuk; B.C. Sinha; N. Slavine; K. Söderström; N. Solomey; S.P. Sørensen; P. Stankus; G. Stefanek; P. Steinberg; E. Stenlund; D. Stüken; M. Sumbera; T. Svensson; M.D. Trivedi; A. Tsvetkov; C. Twenhöfel; L. Tykarski; J. Urbahn; N.v. Eijndhoven; W.H.v. Heeringen; G.J.v. Nieuwenhuizen; A. Vinogradov; Y.P. Viyogi; A.

• Publisher: Elsevier Science
• Year: 1998
• Tongue: English
• Weight: 756 KB
• Volume: 638
• Category: Article
• ISSN: 0375-9474
• DOI: 10.1016/s0375-9474(98)00358-3

✦ Synopsis

India) tUnic, of Tennessee (USA) Disoriented Chiral Condensates (DCC) have been predicted to form in high energy heavy ion collisions where the approximate chiral symmetry of QCD has been restored. This leads to large imbalances in the production of charged to neutral pions. Sophisticated analysis methods are being developed to disentangle DCC events out of the large background of events with conventionally produced particles. We present a short review of current analysis methods and future prospects.