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

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RESEARCH PRODUCT

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

J.-p. Mendiburu D. Geppert Alessandro Cardini P.w. Cattaneo Ante Ljubičić H. Zaccone C. Joseph S.n. Tovey S.n. Tovey Didier Ferrere Fr Pastore C. Hagner Sergei Gninenko Sergei Gninenko P. Hurst L. Di Lella L. Di Lella K. Benslama A. Lanza M. T. Tran André Rubbia André Rubbia R. Challis E. Gangler E. Gangler V. V. Lyubushkin S.a. Bunyatov Marco Laveder Barry Blumenfeld L. S. Peak M. Kirsanov Vyacheslav Valuev Vyacheslav Valuev E. Iacopini Th. Stolarczyk J. Bouchez V. Tereshchenko Vincenzo Cavasinni E. Pennacchio G. Bassompierre A. Lupi M. E. Sevior D. Steele D. Steele N. Hyett Antonio Bueno Antonio Bueno A. N. Toropin Yu. Nefedov L. Vacavant A. Baldisseri O. Klimov B. A. Popov B. A. Popov J. Kokkonen A. Krasnoperov A. Krasnoperov S. Boyd B. Lakić J. Long C. Nguyen-mau D. Hubbard P. Zuccon G. N. Taylor R. Cousins T. Del Prete K. Schahmaneche Caroline Poulsen C. Conta J.-m. Vieira V. Flaminio E. Tsesmelis M. Gouanère B. Schmidt B. Schmidt Roberto Ferrari A. Letessier-selvon Kevin Varvell G. Polesello A. Marchionni Domizia Orestano F. J. P. Soler F. J. P. Soler G. Conforto G. Conforto Marco Fraternali T. Schmidt J.m. Gaillard H. Degaudenzi G. J. Feldman H. Pessard P. Astier Bruce Yabsley X. Méchain M. Contalbrigo A. Grant T. Dignan G. Collazuol Mario Stipčević L. Linssen R. Zei D. Daniels C. Lachaud G. F. Moorhead D. Pollmann E. Do Couto E Silva M. Valdata-nappi M. Valdata-nappi J. M. Levy A. Sconza M. Tareb-reyes J. Dumarchez F.v. Weber F.v. Weber F. Bobisut Giacomo Graziani S.r. Mishra S.r. Mishra R. Petti Stefano Lacaprara Fergus Wilson D. Autiero Frédéric Juget Chiara Roda Chiara Roda J. Rico Luca Rebuffi Valerio Vercesi Artem Chukanov L.j. Winton Dmitry V. Naumov Claus Gößling J. Ulrichs T. Vinogradova M. Mezzetto D. Sillou Kai Zuber A. M. Touchard P. Nédélec G. Sozzi A. Placci A. De Santo A. De Santo F. Martelli N. Kent Malcolm Ellis J.j. Gómez-cadenas J.j. Gómez-cadenas F. Salvatore T. Weisse U. Stiegler A. Polyarush Achim Geiser Achim Geiser J. A. Hernando A. Cervera-villanueva A. Cervera-villanueva L. Camilleri J. Gosset D. Gibin A. Godley M. Veltri J-p. Meyer L. La Rotonda A. Guglielmi A. Kovzelev I. Bird I. Bird P. Riemann F. Vannucci M. Banner G. Vidal-sitjes M. Baldo-ceolin Nathalie Besson

subject

Nuclear and High Energy Physics Particle physics Bose-Einstein; correlations charged current; muon-neutrino interaction; NOMAD Hadron FOS: Physical sciences 01 natural sciences High Energy Physics - Experiment Nuclear physics High Energy Physics - Experiment (hep-ex)Pion 0103 physical sciences [PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]Muon neutrino Rapidity 010306 general physics Nuclear Experiment Charged current Physics Large Hadron Collider 010308 nuclear & particles physics Física Bose–Einstein correlations Charged particle High Energy Physics::Experiment Astrophysics::Earth and Planetary Astrophysics Particle Physics - Experiment

description

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 R_G = 1.01+/-0.05(stat)+0.09-0.06(sys) fm and for the chaoticity parameter the value lambda = 0.40+/-0.03(stat)+0.01-0.06(sys). Using the Kopylov-Podgoretskii parametrization yields R_KP = 2.07+/-0.04(stat)+0.01-0.14(sys) fm and lambda_KP = 0.29+/-0.06(stat)+0.01-0.04(sys). Different parametrizations of the long-range correlations have been also studied. The two-dimensional shape of the source has been investigated in the longitudinal co-moving frame. A significant difference between the transverse and the longitudinal dimensions is observed. The high statistics of the collected sample allowed the study of the Bose-Einstein correlations as a function of rapidity, charged particle multiplicity and hadronic energy. A weak dependence of both radius and chaoticity on multiplicity and hadronic energy is found.

year	journal	country	edition	language
2004-04-08

10.1016/j.nuclphysb.2004.03.011 http://hdl.handle.net/11577/2429059