Quantum loop effects amplify the effective binding force in top quark condensation, allowing a weaker new force to produce the observed Higgs boson with a composite scale near 6 TeV.
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Quantum Aspects of Natural Top Quark Condensation
Quantum loop effects amplify the effective binding force in top quark condensation, allowing a weaker new force to produce the observed Higgs boson with a composite scale near 6 TeV.