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Partial-wave analysis of {\\pi}-p {\\to} {\\eta}n and {\\pi}-p {\\to} K0{\\Lambda} reactions
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Partial-wave analysis of {\\pi}-p {\\to} {\\eta}n and {\\pi}-p {\\to} K0{\\Lambda} reactions
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Partial-wave analysis of {\\pi}-p {\\to} {\\eta}n and {\\pi}-p {\\to} K0{\\Lambda} reactions
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Paper
Partial-wave analysis of {\\pi}-p {\\to} {\\eta}n and {\\pi}-p {\\to} K0{\\Lambda} reactions
2012
Overview
We investigate the hadronic reactions {\\pi}N {\\to} {\\eta}N and {\\pi}N {\\to} K{\\Lambda} via single-energy partial-wave analyses in the c.m. energy range 1080 to 2100 MeV. Our results for the K{\\Lambda} channel are consistent with prior works; however, for the {\\eta}N channel our results differ significantly from previous energy-dependent partial-wave analyses that violate the S-matrix unitarity. We present the first (new) results of {\\eta}N and K{\\Lambda} partial-wave amplitudes constrained by a unitary energy-dependent model. We obtain excellent predictions of integrated cross sections for the two reactions from a global energy-dependent solution. Our results imply that the region just above S11 (1535) has a major contribution from P11 (1710) for {\\pi}-p {\\to} {\\eta}n, whereas the large peak near 1700 MeV in {\\pi}-p {\\to} K0{\\Lambda} is dominated by contributions from both S11 (1650) and P11 (1710).
Publisher
Cornell University Library, arXiv.org
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