Determination of the {\eta} mass with the Crystal Ball at MAMI-B
A new precise determination of the {\eta} meson mass is presented. It is based on a measurement of the threshold for the {\gamma}p -> p{\eta} reaction using the tagger focal-plane microscope detector at the MAMI-B facility in Mainz. The tagger microscope has a higher energy resolution than the st...
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| creator | Nikolaev, A Aguar-Bartolomé, P Ahrens, J Annand, J. R. M Arends, H. J Beck, R Bekrenev, V Boillat, B Braghieri, A Branford, D Briscoe, W. J Brudvik, J. W Cherepnya, S Codling, R Dehn, M Downie, E. J Fil'kov, L. V Glazier, D. I Gregor, R Heid, E Hornidge, D Jahn, O Jankowiak, A Kaiser, K. -H Kashevarov, V. L Kondratiev, R Korolija, M Kotulla, M Krambrich, D Krusche, B Lang, M Lisin, V Livingston, K Ludwig-Mertin, U Lugert, S MacGregor, I. J. D Manley, D. M Martinez-Fabregate, M McGeorge, J. C Mekterovic, D Metag, V Nefkens, B. M. K Novotny, R Owens, R. O Pedroni, P Polonski, A Prakhov, S. N Price, J. W Reiter, A Rosner, G Rost, M Rostomyan, T Schumann, S Sober, D Starostin, A Supek, I Tarbert, C. M Thomas, A Unverzagt, M Walcher, Th Watts, D. P Zehr, F |
| description | A new precise determination of the {\eta} meson mass is presented. It is
based on a measurement of the threshold for the {\gamma}p -> p{\eta} reaction
using the tagger focal-plane microscope detector at the MAMI-B facility in
Mainz. The tagger microscope has a higher energy resolution than the standard
tagging spectrometer and, hence, allowed an improvement in the accuracy
compared to the previous {\eta} mass measurement at MAMI-B. The result m{\eta}
= (547.851 +- 0.031 stat. +- 0.062 syst.) MeV agrees very well with the precise
values of the NA48, KLOE and CLEO collaborations and deviates by about
5{\sigma} from the smaller, but also very precise value obtained by the GEM
collaboration at COSY. |
| doi_str_mv | 10.48550/arxiv.1207.3710 |
| format | Article |
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based on a measurement of the threshold for the {\gamma}p -> p{\eta} reaction
using the tagger focal-plane microscope detector at the MAMI-B facility in
Mainz. The tagger microscope has a higher energy resolution than the standard
tagging spectrometer and, hence, allowed an improvement in the accuracy
compared to the previous {\eta} mass measurement at MAMI-B. The result m{\eta}
= (547.851 +- 0.031 stat. +- 0.062 syst.) MeV agrees very well with the precise
values of the NA48, KLOE and CLEO collaborations and deviates by about
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based on a measurement of the threshold for the {\gamma}p -> p{\eta} reaction
using the tagger focal-plane microscope detector at the MAMI-B facility in
Mainz. The tagger microscope has a higher energy resolution than the standard
tagging spectrometer and, hence, allowed an improvement in the accuracy
compared to the previous {\eta} mass measurement at MAMI-B. The result m{\eta}
= (547.851 +- 0.031 stat. +- 0.062 syst.) MeV agrees very well with the precise
values of the NA48, KLOE and CLEO collaborations and deviates by about
5{\sigma} from the smaller, but also very precise value obtained by the GEM
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based on a measurement of the threshold for the {\gamma}p -> p{\eta} reaction
using the tagger focal-plane microscope detector at the MAMI-B facility in
Mainz. The tagger microscope has a higher energy resolution than the standard
tagging spectrometer and, hence, allowed an improvement in the accuracy
compared to the previous {\eta} mass measurement at MAMI-B. The result m{\eta}
= (547.851 +- 0.031 stat. +- 0.062 syst.) MeV agrees very well with the precise
values of the NA48, KLOE and CLEO collaborations and deviates by about
5{\sigma} from the smaller, but also very precise value obtained by the GEM
collaboration at COSY.</abstract><doi>10.48550/arxiv.1207.3710</doi><oa>free_for_read</oa></addata></record> |
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| subjects | Physics - Nuclear Experiment |
| title | Determination of the {\eta} mass with the Crystal Ball at MAMI-B |
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