Bose-Einstein correlations in charged current muon-neutrino interactions in the NOMAD experiment at CERN

P Astier; D Autiero; A Baldisseri; M Baldo-Ceolin; M Banner; G Bassompierre; K Benslama; N Besson; I Bird; B Blumenfeld; F Bobisut; J Bouchez; S Boyd; A Bueno; S Bunyatov; L Camilleri; A Cardini; PW Cattaneo; V Cavasinni; A Cervera-Villanueva; RC Challis; A Chukanov; G Collazuol; G Conforto; C Conta; M Contalbrigo; R Cousins; D Daniels; H Degaudenzi; T del Prete; A de Santo; T Dignan; L di Lella; E do Couto e Silva; J Dumarchez; M Ellis; GJ Feldman; R Ferrari; D Ferrère; V Flaminio; M Fraternali; JM Gaillard; E Gangler; A Geiser; D Geppert; D Gibin; S Gninenko; A Godley; JJ Gomez-Cadenas; J Gosset; C Gößling; M Gouanère; A Grant; G Graziani; A Guglielmi; C Hagner; J Hernando; D Hubbard; P Hurst; N Hyett; E Iacopini; C Joseph; F Juget; N Kent; M Kirsanov; O Klimov; J Kokkonen; A Kovzelev; A Krasnoperov; S Lacaprara; C Lachaud; B Lakić; A Lanza; L la Rotonda; M Laveder; A Letessier-Selvon; JM Levy; L Linssen; A Ljubičić; J Long; A Lupi; V Lyubushkin; A Marchionni; F Martelli; X Méchain; JP Mendiburu; JP Meyer; M Mezzetto; SR Mishra; GF Moorhead; D Naumov; P Nédélec; Y Nefedov; C Nguyen-Mau; D Orestano; F Pastore; LS Peak; E Pennacchio; H Pessard; R Petti

Journal article

Bose-Einstein correlations in charged current muon-neutrino interactions in the NOMAD experiment at CERN

P Astier, D Autiero, A Baldisseri, M Baldo-Ceolin, M Banner, G Bassompierre, K Benslama, N Besson, I Bird, B Blumenfeld, F Bobisut, J Bouchez, S Boyd, A Bueno, S Bunyatov, L Camilleri, A Cardini, PW Cattaneo, V Cavasinni, A Cervera-Villanueva Show all

Nuclear Physics B | ELSEVIER | Published : 2004

DOI: 10.1016/j.nuclphysb.2004.03.011

Abstract

Bose-Einstein correlations in one and two dimensions have been studied, with high statistics, in charged current muon-neutrino interaction events collected with the NOMAD detector at CERN. In one dimension the Bose-Einstein effect has been analyzed with the Goldhaber and the Kopylov-Podgoretskii phenomenological parametrizations. The Goldhaber parametrization gives the radius of the pion emission region RG=1.01±0.05(stat) +0.09-0.06(sys) fm and for the chaoticity parameter the value λ=0.40±0.03(stat)+0.01 -0.06(sys). Using the Kopylov-Podgoretskii parametrization yields RKP=2.07±0.04(stat)+0.01 -0.14(sys) fm and λKP=0.29±0.06 (stat)+0.01-0.04(sys). Different parametrizations of the long-rang..

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