Abstract
The analysis in the bubble approximation indicates that a heavier quark-lepton generation with the degenerate mass m{sub U} in the range of 163-353 GeV added in the top condensate scheme could make the momentum cut-off {Lambda} come down to 10{sup 6}-5x10{sup 3} GeV when m{sub t} = 160 GeV is taken. This could greatly alleviate the fine-tuning problem. The Higgs boson {Phi}{sup 0}{sub s}{sup 0} will obey the mass constraint 2 m{sub t}
Citation Formats
Bangrong, Zhou.
Heavier fermions and fine-tuning problem in top condensate scheme.
IAEA: N. p.,
1992.
Web.
Bangrong, Zhou.
Heavier fermions and fine-tuning problem in top condensate scheme.
IAEA.
Bangrong, Zhou.
1992.
"Heavier fermions and fine-tuning problem in top condensate scheme."
IAEA.
@misc{etde_10126222,
title = {Heavier fermions and fine-tuning problem in top condensate scheme}
author = {Bangrong, Zhou}
abstractNote = {The analysis in the bubble approximation indicates that a heavier quark-lepton generation with the degenerate mass m{sub U} in the range of 163-353 GeV added in the top condensate scheme could make the momentum cut-off {Lambda} come down to 10{sup 6}-5x10{sup 3} GeV when m{sub t} = 160 GeV is taken. This could greatly alleviate the fine-tuning problem. The Higgs boson {Phi}{sup 0}{sub s}{sup 0} will obey the mass constraint 2 m{sub t}
place = {IAEA}
year = {1992}
month = {Sep}
}
title = {Heavier fermions and fine-tuning problem in top condensate scheme}
author = {Bangrong, Zhou}
abstractNote = {The analysis in the bubble approximation indicates that a heavier quark-lepton generation with the degenerate mass m{sub U} in the range of 163-353 GeV added in the top condensate scheme could make the momentum cut-off {Lambda} come down to 10{sup 6}-5x10{sup 3} GeV when m{sub t} = 160 GeV is taken. This could greatly alleviate the fine-tuning problem. The Higgs boson {Phi}{sup 0}{sub s}{sup 0} will obey the mass constraint 2 m{sub t}
place = {IAEA}
year = {1992}
month = {Sep}
}