Λ0-polarization from the reaction γ+p = Λ0+K+ in the energy range (950÷1050)MeV

Grilli, M.; Mezzetti, Luca; Nigro, M.; Schiavuta, E.

doi:10.1007/bf02750071

Cited by 23 publications

(2 citation statements)

References 35 publications

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“…The sources for the data points found in the figures for this reaction are DONOHO 1958 [16], MCDANIEL 1959 [36], BRODY 1960 [17], ANDERSON 1962 [18], THOM 1963 [37], BORGIA 1964 [38], PECK 1964 [19], ANDERSON 1965 [20], GRILLI 1965 [39], MORI 1966 [21], GROOM 1967 [22], BLECKMANN 1970 [23], DE-CAMP 1970 [24], FUJII 1970 [25], GOING 1971 [26], FELLER 1972 [27], ALTHOFF 1978 [32], HAAS 1978 [40], BOCKHORST 1994 [28], ZEGERS 2003 [34], MC-NABB 2004 [29], BRADFORD 2006 [5], SUMIHAMA 2006 [30], BRADFORD 2007 [41], LLERES 2007 [35], LLERES 2009 [6], MCCRACKEN 2010 [31], CASEY 2011 [9], JUDE 2014 [13], WOLFORD 2014 [33], and PATERSON 2016 [8].…”

Section: Discussionmentioning

confidence: 99%

Partial-wave analysis of γp→K+Λ using a multichannel framework

Hunt

Manley

2019

Phys. Rev. C

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Results from a partial-wave analysis of the reaction γp → K + Λ are presented. The reaction is dominated by the S11(1650) and P13(1720) resonances at low energies and by P13(1900) at higher energies. There are small contributions from all amplitudes up to and including G17, with F17 necessary for obtaining a good fit of several of the spin observables. We find evidence for P11(1880), D13(2120), and D15(2080) resonances, as well as a possible F17 resonance near 2300 MeV, which is expected from quark-model predictions. Some predictions for γn → K 0 Λ are also included. arXiv:1804.07422v3 [nucl-ex]

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Section: Discussionmentioning

confidence: 99%

Partial-wave analysis of γp→K+Λ using a multichannel framework

Hunt

Manley

2019

Phys. Rev. C

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“…[44] (solid circles), [45] (circles), [39] (triangles), and [40] (squares). [44] and [46] (solid circles), [39] (triangles), and [40] (squares). [29].…”

Section: Acknowledgmentsmentioning

confidence: 99%