High-statistics study of f0(1500) decay into π0π0

6533b7cefe1ef96bd1256e3d

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High-statistics study of f0(1500) decay into π0π0

C. Völcker H. Kalinowsky L. Montanet B. Kämmle Marcel Kunze C. Kolo Nigel Hessey J. Kisiel O. Cramer C.a. Baker R. Hackmann C. A. Meyer P. Blüm Claude Amsler M. Lakata F. Walter E. Schäfer M. Suffert R. Seibert U. Wiedner F. H. Heinsius T. Case H. Matthäy Kenneth M. Crowe R. Landua Michael Doser K. Beuchert F. Ould-saada J. P. Merlo P. Schmidt J. Zoll S. Spanier K. Königsmann A. Noble H. Stöck M. A. Faessler W. Dünnweber Herbert Koch N. Winter G. Pinter T. Degener M. Herz B.m. Barnett U. Thoma K. Braune S. U. Chung D. Jamnik R. Bossingham Č. Zupančič F. Loser Mark J. Burchell D. Engelhardt D. Urner C. Regenfus C. Felix K. Peters Michael Kobel P. Birien Pàl Hidas R. P. Haddock M. Englert C. N. Pinder S. V. Dombrowski D. S. Armstrong M. Merkel D. Walther U. Strohbusch C. Straßburger J. Lüdemann J. Brose C.j. Batty I. Augustin S. Ravndal Eberhard Klempt T. Kiel H. P. Dietz J. Salk P. Illinger

subject

Data set Physics Nuclear physics Nuclear and High Energy Physics Particle physics Angular distribution Partial wave analysis Scalar (mathematics)Dalitz plot Resonance (particle physics)

description

Abstract A partial-wave analysis of the reaction p p →π 0 π 0 π 0 has been performed using a high-quality high-statistics data set of 712 000 events. In addition to the f0(975) and f0(1300), the scalar resonance with mass m = (1500 ± 15) MeV and width Γ = (120 ± 25) MeV is necessary to describe the data.

year	journal	country	edition	language
1995-01-01	Physics Letters B

https://doi.org/10.1016/0370-2693(94)01515-e

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