Charm Production Physics from Fermilab Fixed-target Experiments PDF Download
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Languages : en
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Languages : en
Pages : 8
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In this talk we will review current results concerning bottom and charm physics from Fermilab Fixed Target experiments E672/E706, E769, E771, E781 (SELEX), E789, D791, E831 (FOCUS). Both production and decay physics will be reviewed. Results from Charmonium production will be presented in another talk at this conference.
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Languages : en
Pages : 34
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The status of charm and beauty physics studies at Fermilab is reviewed. Data from fixed target experiments on charm production, semi-leptonic decay, and Cabibbo suppressed decays as well as charmonium studies in antiproton annihilation are described. In addition beauty results from CDF and E653 are reviewed and prospects for studies of B physics at collider detectors are discussed.
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Languages : en
Pages : 7
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Experiment 789 is a fixed-target experiment at Fermilab designed to study low-multiplicity decays of charm and beauty. During the 1991 run. E789 collected ≈ 109 events using an 800 GeV proton beam incident upon gold and beryllium targets. Analyses of these data include searches for b → J/[psi]+[Chi] decays and [Alpha]- dependence measurements of neutral D meson production. Preliminary results from the 1991 run are presented in this paper.
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Languages : en
Pages : 23
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Eighteen months after a successful run of the Fermilab fixed target program, interesting results from several experiments are available. This is the first time that more than one Fermilab fixed target experiment has reported the observation of beauty mesons. In this paper we review recent results from charm and beauty fixed target experiments at Fermilab.
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Category : Nuclear physics
Languages : en
Pages : 56
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We present preliminary results on various aspects of charm baryon studies at the 1996-1997 fixed target experiment of Fermilab studying charm produced from incident?−, proton, and? beams at 600 GeV. First results include the comparison of hadroproduction asymmetries for?{sub c}+ production from the 3 beams as well xF distributions and the first observation of the Cabbibo-suppressed decay?{sub c}+ → pK−?+. The relative branching fraction of the Cabbibo-suppressed mode to the 3-body Cabbibo-favored modes is also presented.
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Languages : en
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The very high luminosities (”1032cm/sup /minus/2/sec/sup /minus/1/) available in the Fermilab fixed target experimental areas offer immediate opportunities for producing large samples (>108 of B hadrons in individual experiments. The possibilities of accumulating large samples of B decays are limited by experimental techniques and trigger strategies and not by available luminosity. At the present time one experiment, E771, is approved to begin B physics experimentation and several other experimental possibilities are being discussed. Some of the problems and the potential of B experiments at fixed target energies as B factories are discussed.
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Languages : en
Pages : 12
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The Fermilab Energy Saver is now successfully commissioned and fixed-target experimentation at high energy (800 GeV) has begun. In addition, a number of new experiments designed to exploit the unique features of the Tevatron are yet to come on-line. In this talk, we will review recent accomplishments in the fixed-target program and describe experiments in progress and others yet to come.
