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Image: Illustration of a top quark pair as seen by a particle detector.
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Upper bounds are also set on couplings of the top quark to new light particles.
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The top quark was first discovered in 1995 by the Tevatron accelerator, operated by Fermilab in Illinois.
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When I was in grad school, the big question was: What is the mass of the top quark?
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The first observation of the associated production of a single top quark and a W boson is presented.
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A measurement of the top quark mass is reported in events containing a single top quark produced via the electroweak t channel.
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The W+b-jets process poses a significant background in measurements of top quark production and prominent searches for the Higgs boson.
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We make an event by event estimate of the mass difference to construct templates for top quark pair signal events and background events.
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A measurement of the top quark pair production cross section in the final state with a hadronically decaying tau lepton and jets is presented.
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The top quark is the heaviest of them all, so we have to look for him at high energies, but he must be there.
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There's only about a 0.07 percent chance that the top quark's apparent directional preference is a fluke, Amidei notes.
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These results provide the most stringent limits to date on the production of scalar LQs that decay to a top quark and a t lepton.
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This paper presents a direct measurement of the decay width of the top quark using t t ¯ events in the lepton+jets final state.
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We present a search for a new particle T' decaying to a top quark via T' → t + X, where X goes undetected.
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Top quark production in the forward region in proton-proton collisions is observed for the first time.
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This highlights the potential of measurements using boosted top quarks, where the new technique will enable future precision measurements.
