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Recent fits of electroweak precision data to the Standard Model (SM) with a 4th sequential family (SM4) point to a possible "three-prong composite solution": (1) the Higgs mass is at the TeV-scale, (2) the masses of the 4th family quarks t',b' are of O(500) GeV and (3) the mixing angle between the 4th and 3rd generation quarks is of the order of the Cabibbo angle, \theta_{34} ~ O(0.1).
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For older literature on the 4th generation SM, see: Proceedings of the First (February 1987) and the Second (February 1989) International Symposiums on the fourth family of quarks and leptons
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For another early work where the relation m H ∼ 2 m Q m_{H}\sim\sqrt{2}m_{Q} is in a composite model for the Higgs, see, J. Carpenter, R. Norton, S. Siegemund-Broka and A. Soni, Phys. Rev. Lett. 65
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