A High statistics study of states containing heavy quarks using the wide band photon beam and the E-687 multiparticle spectrometer.

Alimonti G.; Arena V.; Bellini G.; Bianco S.; Bianco S.; Boca G.; Bugg W.M.; Butler J.; Castoldi C.; Cheung H.; Condo G.T.; Davenport F.; Di Corato M.; Fabbri F.; Filasetta J.F.; Frabetti P.; Gaines I.; Garbincius P.H.; Gardner R.W.; Garren L.; Giammarchi G.; Ginkel J.; Gourlay S.; Greene V.S.; Handler T.; Harding D.J.; Kang J.S.; Kasper P.; Kreymer A.; Lebrun P.; Levararo F.; Lopes A.; Menasce D.; Meroni E.; Moroni L.; P. John; Paolone V.; Pedrini D.; Perasso L.; Ratti S.; Sala S.; Sheldon P.; Shephard W.; Shukla S.; Vitulo P.; Wilson J.; Wiss J.; Yager P.M.; Zallo A.; Zallo A.

A High statistics study of states containing heavy quarks using the wide band photon beam and the E-687 multiparticle spectrometer.

Abstract

The spectrometer used in Fermilab experiment 687 to study the photoproduction and decay of charm particles will be upgraded to enable it to accumulate 10**6 fully reconstructed charm particles. The physics will involve high precision studies of the D semileptonic decays, QCD studies of double D events, a measurement of the absolute branching fraction for the D0, searches for the D0 mixing, CP violation, rare and forbidden decays, fully leptonic decays of the D+ and a systematic investigation of charm baryons and their lifetimes

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Archivio Istituzionale della Ricerca - Università degli Studi di Pavia

oai:iris.unipv.it:11571/456402

Last time updated on 03/09/2019