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A measurement of Bose-Einstein correlations in e+e− annihilation at TRISTAN

Authors :
M. E. Mattson
H. Miyata
A. Murakami
Kazuo Abe
Hiroyuki Sagawa
K. Ueno
Y. Sugimoto
J. Rowe
A. Bodek
P. N. Kirk
Y. Yamashita
Tsunehiko Omori
Ryuki Tanaka
Y. Takaiwa
T. Nozaki
Bj Kim
S. Matsumoto
C. Rosenfeld
C. A. Fry
J. S. Kang
Stephen L. Olsen
F. Kajino
Yoshimasa Kurihara
F. Liu
M. Oyoshi
K. Gotow
N. Takashimizu
M. Shirai
R. C. Walker
S. S. Myung
T. Aso
Steve Schnetzer
S. Kanda
Richard Breedon
Seong Keun Kim
Saroj Kumar Sahu
Takashi Sasaki
S. Ebara
K. L. Sterner
M. Sato
J. Vinson
Suyong Choi
S. Behari
A. Maki
L. Y. Zheng
R. L. Lander
D. Y. Kim
Moo Hyun Lee
K. Ohkubo
L. E. Piilonen
Winston Ko
C. Velissaris
Kazumasa Miyano
Susumu Terada
N. Nakajima
S. Kobayashi
A. Abashian
Y. Fujii
Y. Sakai
Source :
Physics Letters B. 355:406-414
Publication Year :
1995
Publisher :
Elsevier BV, 1995.

Abstract

Using e+e− annihilation events accumulated with the AMY detector at the TRISTAN collider, we have studied the Bose-Einstein correlations in the distributions of like-sign charged tracks. As reference samples we used the opposite-sign charged track pairs and mixed pairs, which are like-sign pairs synthesized from tracks belonging to different events. The results of the different reference samples give approximately 0.45 for the correlation strength and approximately 0.65 fm for the source size. Previous measurements of these parameters in e+e− annihilation at energies from CESR to LEP show remarkably flat dependence on s . Our results conform well with this picture.

Details

ISSN :
03702693
Volume :
355
Database :
OpenAIRE
Journal :
Physics Letters B
Accession number :
edsair.doi...........a4faf182d105ac5b0588cedf8583417c