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19 October 2019
 
  » arxiv » hep-ex/0509032

  Article overview


Search for the Cryptoexotic Member of the Baryon Antidecuplet 1/2+ in the Reactions pi- p --> pi- p and pi- p --> K L
EPECUR collaboration: I. G. Alekseev ; P. Ye. Budkovsky ; V. P. Kanavets ; M. M. Kats ; L. I. Koroleva ; V. V. Kulikov ; B. V. Morozov ; V. M. Nesterov ; V. V. Ryltsov ; V. A. Sakharov ; A. D. Sulimov ; D. N. Svirida ; A. I. Kovalev ; N. G. Kozlenko ; V. S. Kozlov ; A. G. Krivshich ; D. V. Novinsky ; V. V. Sumachev ; V. Yu. Trautman ; Ye. A. Filimonov ;
Date 22 Sep 2005
Subject hep-ex
AffiliationITEP, Moscow, Russia) and A. I. Kovalev, N. G. Kozlenko, V. S. Kozlov, A. G. Krivshich, D. V. Novinsky, V. V. Sumachev, V. Yu. Trautman, Ye. A. Filimonov (PNPI, Gatchina, Russia
AbstractThe main goal of this proposal is the search for a narrow cryptoexotic nucleon resonance by scanning of the pi- p system invariant mass in the region (1610-1770) MeV with the detection of pi- p and K Lambda decays. The scan is supposed to be done by the variation of the incident pi- momentum and its measurement with the accuracy of up to +-0.1% (better than 1 MeV in terms of the invariant mass in the whole energy range) with a set of proportional chambers located in the first focus of the magnetooptical channel. High sensitivity of the method to the resonance under search is shown. The secondary particles scattered from a liquid hydrogen target are detected by sets of the wire drift chambers equipped with modern electronics. The time scale of the project is about 3 years. The budget estimate including manpower, the apparatus and operation cost, is about 40 million rubles. The beam time required is (4-6) two week runs on "high" (10 GeV/c) flattop of the ITEP proton synchrotron.
Source arXiv, hep-ex/0509032
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