New Bound States of Top-anti-Top Quarks and T-balls Production at Colliders (Tevatron, LHC, etc.)

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dc.creatorFroggatt, C. D.
dc.creatorLaperashvili, L. V.
dc.creatorNevzorov, R. B
dc.creatorNielsen, H. B.
dc.creatorDas, C. R.
dc.date2008-04-28
dc.date2009-02-26
dc.date.accessioned2026-07-07T12:46:25Z
dc.date.available2026-07-07T12:46:25Z
dc.descriptionThe present talk is based on the assumption that New Bound States (NBSs) of top-anti-top quarks (named T-balls) exist in the Standard Model (SM): a) there exists the scalar 1S - bound state of 6t+6\bar t - the bound state of 6 top-quarks with their 6 anti-top-quarks; b) the forces which bind these top-quarks are very strong and almost completely compensate the mass of the 12 top-anti-top-quarks forming this bound state; c) such strong forces are produced by the interactions of top-quarks via the virtual exchange of the scalar Higgs bosons having the large value of the top-quark Yukawa coupling constant g_t\simeq 1. Theory also predicts the existence of the NBS 6t + 5\bar t, which is a color triplet and a fermion similar to the t'-quark of the fourth generation. We have also considered "b-replaced" NBSs: n_b b + (6t + 6\bar t - n_b t) and n'_b b + (6t + 5\bar t - n'_b t), etc. We have estimated the masses of the lightest "b-replaced" NBS: M_{NBS}\simeq (300 - 400) GeV, and discussed the larger masses of the NBSs. We have developed a theory of the scalar T-ball's condensate, and predicted the existence of the three SM phases, calculating the top-quark Yukawa coupling constant at the border of two phases (with T-ball's condensate and without it) equal to: g_t \approx 1. The searching for the Higgs boson H and T-balls at the Tevatron and LHC is discussed.
dc.description43 pages, 20 figures
dc.identifierhttps://arxiv.org/abs/0804.4506
dc.identifierhttp://arxiv.org/abs/0804.4506
dc.identifier.urihttp://salesiana.dossiersoluciones.com/handle/123456789/221378
dc.subjectHigh Energy Physics - Phenomenology
dc.titleNew Bound States of Top-anti-Top Quarks and T-balls Production at Colliders (Tevatron, LHC, etc.)
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