Exotic meson production in BNL experiment E852

Authors :: M Chasse
J. Hu
Andrey Gribushin
N. Shenhav
Todd Adams
Vladimir Korotkikh
S. A. Taegar
H. J. Willutzki
P. Eugenio
V Dorofeev
A. I. Demianov
W. D. Shephard
D. I. Ryabchikov
K. Danyo
Olga Kodolova
J. S. Suh
C. Olchanski
N. M. Cason
S. U. Chung
K. K. Seth
L. I. Sarycheva
D. L. Stienike
G. S. Adams
D. Joffe
R. W. Hackenburg
J. P. Dowd
N. B. Sinev
X. Shen
M. Lu
D. S. Brown
A. V. Popov
M. Nozar
Jens H. Kuhn
V. V. Lipaev
J. J. Manak
E. King
M. Witkowski
John M. LoSecco
M. Hayek
E. I. Ivanov
I. Kachaev
A Tomaradze
X. L. Fan
A. I. Ostrovidov
T. K. Pedlar
D. P. Weygand
J. M. Bishop
D. B. White
V. A. Bodyagin
M. A. Kostin
J Krenkel
Irina Vardanyan
Z. Bar-Yam
W. Kern
A. A. Yershov
S. P. Denisov
J. P. Cummings
Source :: Journal of Physics: Conference Series. 9:136-143
Publication Year :: 2005
Publisher :: IOP Publishing, 2005.
Abstract: The status of spin-exotic mesons is reviewed. There is now compelling evidence for at least three π1 states between one and two GeV. Preliminary results from the reaction π−p → π+π+π−π−π0p show structure in the exotic waves corresponding to IGJPC = 0−2+−.

Subjects :: Nuclear physics
Physics
History
Particle physics
Meson
Exotic meson
Computer Science Applications
Education

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