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First results on nucleon resonance photocouplings from the γp → π+π−p reaction

Authors :
I. Bedlinskiy
J. Ball
F. Cao
E. De Sanctis
M. Guidal
R. Paremuzyan
N. Markov
Y. G. Sharabian
D. I. Sober
Maxime Defurne
D. I. Glazier
I. J. D. MacGregor
R. De Vita
P. Eugenio
I. I. Strakovsky
D. Protopopescu
G. D. Smith
M. Holtrop
Z. W. Zhao
Nicholas M. Harrison
Gerard Gilfoyle
M. Taiuti
E. Voutier
A. Deur
M. Contalbrigo
M. Khachatryan
D. Sokhan
Latifa Elouadrhiri
M. L. Kabir
M. J. Amaryan
G. Ciullo
C. A. Meyer
M. Khandaker
P. Chatagnon
Y. Prok
D. S. Carman
G. V. Fedotov
Z. Akbar
F. X. Girod
Sandra K. Johnston
K. Livingston
M. Hattawy
Nikos Sparveris
K. A. Griffioen
E. Golovatch
R. Dupre
A. I. Ostrovidov
K. Park
Jie Zhang
S. Niccolai
Hovanes Egiyan
Taya Chetry
C. Munoz Camacho
A. Movsisyan
D. G. Ireland
V. Crede
F. Sabatié
Volker D. Burkert
A. S. Biselli
P. Lenisa
M. Bashkanov
S. Adhikari
B. McKinnon
K. L. Giovanetti
S. Strauch
L. Lanza
J. W. Price
V. I. Mokeev
M. Ripani
R. A. Montgomery
D. Marchand
X. Wei
D. Heddle
A. El Alaoui
Y. Ilieva
M. Battaglieri
B. A. Clary
Nicholas Zachariou
Friedrich Klein
Iu. Skorodumina
H. Hakobyan
Michael Paolone
D. G. Jenkins
N. Dashyan
S. Diehl
C. Salgado
H. S. Jo
A. Filippi
Laura Clark
L. Barion
E. L. Isupov
Michael Dugger
S. Boiarinov
R. A. Schumacher
Avraham Klein
P. Nadel-Turonski
M. Ungaro
K. Joo
N. Tyler
C. Djalali
J. A. Tan
Dustin Keller
B. S. Ishkhanov
Michael Wood
K. Hafidi
H. Avakian
H. Voskanyan
E. Pasyuk
V. P. Kubarovsky
D. Riser
O. Pogorelko
G. Khachatryan
W. J. Briscoe
G. Rosner
Y. Ghandilyan
K. Hicks
L. Guo
Alessandro Rizzo
R. G. Fersch
P. L. Cole
A. D'Angelo
L. El Fassi
M. Osipenko
Rong Wang
M. Ehrhart
W. Kim
G. Niculescu
A. Celentano
R. W. Gothe
Source :
Physics Letters, Physics Letters B, Vol 788, Iss, Pp 371-379 (2019)
Publication Year :
2019
Publisher :
Elsevier B.V., 2019.

Abstract

We report the first experimental measurements of the nine 1-fold differential cross sections for the γp→π+π−p reaction, obtained with the CLAS detector at Jefferson Laboratory. The measurements cover the invariant mass range of the final state hadrons from 1.6 GeV Δ(1620)1/2−, Δ(1700)3/2−, N(1720)3/2+, and Δ(1905)5/2+ resonances, which have dominant decays into the ππN final states rather than the more extensively studied single meson decay channels.

Details

Language :
English
Database :
OpenAIRE
Journal :
Physics Letters, Physics Letters B, Vol 788, Iss, Pp 371-379 (2019)
Accession number :
edsair.doi.dedup.....a4a0471280e717e7b93e3b1ffb33725b