Beam-helicity asymmetries in double-charged-pion photoproduction on the proton
- Strauch S
- Berman BL
- Adams G
- Ambrozewicz P
- Anghinolfi Marco
- Asavapibhop B
- Asryan G
- Audit G
- Avakian H
- Bagdasaryan H
- Baillie N
- Ball JP
- Baltzell NA
- Barrow S
- Batourine V
- Battaglieri Marco
- Beard K
- Bedlinskiy I
- Bektasoglu M
- Bellis M
- Benmouna N
- Bennhold C
- Biselli AS
- Boiarinov S
- Bouchigny S
- Bradford R
- Branford D
- Briscoe WJ
- Brooks WK
- Bultmann S
- Burkert VD
- Butuceanu C
- Calarco JR
- Careccia SL
- Carman DS
- Carnahan B
- Chen S
- Cole PL
- Coleman A
- Coltharp P
- Cords D
- Corvisiero Pietro
- Crabb D
- Crannell H
- Cummings JP
- Degtyarenko PV
- Denizli H
- Dennis L
- De Sanctis Enzo
- Deur A
- DeVita R
- Dharmawardane KV
- Dhuga KS
- Djalali C
- Dodge GE
- Donnelly J
- Doughty D
- Dragovitsch P
- Dugger M
- Dytman S
- Dzyubak OP
- Egiyan H
- Egiyan KS
- Elouadrhiri L
- Empl A
- Eugenio P
- Fatemi R
- Fedotov G
- Feldman Gerald
- Feuerbach RJ
- Fix A
- Forest TA
- Funsten H
- Gavalian G
- Gilfoyle GP
- Giovanetti KL
- Girod FX
- Goetz JT
- Gothe RW
- Griffioen KA
- Guidal M
- Guler N
- Guo L
- Gyurjyan V
- Hadjidakis Cynthia
- Hakobyan RS
- Hardie J
- Heddle D
- Hersman FW
- Hicks K
- Hleiqawi I
- Holtrop M
- Hu J
- Huertas M
- Hyde-Wright CE
- Ilieva Y
- Ireland DG
- Ishkhanov BS
- Ito MM
- Jenkins D
- Jo HS
- Joo K
- Juengst HG
- Kellie JD
- Khandaker M
- Kim KY
- Kim K
- Kim W
- Klein A
- Klein FJ
- Klimenko AV
- Klusman M
- Kossov M
- Kramer LH
- Kubarovsky V
- Kuhn J
- Kuhn SE
- Lachniet J
- Laget JM
- Langheinrich J
- Lawrence D
- Lee T
- Lima ACS
- Livingston K
- Lukashin K
- Manak JJ
- Marchand C
- McAleer S
- McKinnon B
- McNabb JWC
- Mecking BA
- Mestayer MD
- Meyer CA
- Mibe T
- Mikhailov K
- Minehart R
- Mirazita Marco
- Miskimen R
- Mokeev V
- Morrow SA
- Muccifora Valeria
- Mueller J
- Mutchler GS
- Nadel-Turonski P
- Napolitano J
- Nasseripour R
- Niccolai S
- Niculescu G
- Niculescu I
- Niczyporuk BB
- Niyazov RA
- Nozar M
- O'Rielly GV
- Osipenko Mikhail
- Ostrovidov AI
- Park K
- Pasyuk E
- Paterson C
- Philips SA
- Pierce J
- Pivnyuk N
- Pocanic D
- Pogorelko O
- Polli Ermanno
- Pozdniakov S
- Preedom BM
- Price JW
- Prok Y
- Protopopescu D
- Qin LM
- Raue BA
- Riccardi G
- Ricco Giovanni
- Ripani Marco
- Ritchie BG
- Roberts W
- Ronchetti Federico
- Rosner G
- Rossi Patrizia
- Rowntree D
- Rubin PD
- Sabatie F
- Salgado Lopez Carlos Alberto
- Santoro Joseph
- Sapunenko Vladimir
- Schumacher RA
- Serov VS
- Shafi A
- Sharabian YG
- Shaw J
- Skabelin AV
- Smith ES
- Smith LC
- Sober DI
- Stavinsky A
- Stepanyan SS
- Stepanyan S
- Stokes BE
- Stoler P
- Strakovsky II
- Suleiman R
- Taiuti Mauro Gino
- Taylor S
- Tedeschi DJ
- Thoma U
- Thompson R
- Tkabladze A
- Tkachenko S
- Todor L
- Tur C
- Ungaro M
- Vineyard MF
- Vlassov AV
- Wang K
- Weinstein LB
- Weygand DP
- Williams Meurig Crispin Stowe
- Wolin E
- Wood MH
- Yegneswaran A
- Yun J
- Zana L
- Zhang J
DOIAbstract
Beam-helicity asymmetries for the two-pion-photoproduction reaction gamma -> p -> p pi(+)pi(-) have been studied for the first time in the resonance region for center-of-mass energies between 1.35 and 2.30 GeV. The experiment was performed at Jefferson Lab with the CEBAF Large Acceptance Spectrometer using circularly polarized tagged photons incident on an unpolarized hydrogen target. Beam-helicity-dependent angular distributions of the final-state particles were measured. The large cross-section asymmetries exhibit strong sensitivity to the kinematics and dynamics of the reaction. The data are compared with the results of various phenomenological model calculations, and show that these models currently do not provide an adequate descriptio...
Add to ORKG