Near-brane SU(6)-stronglycoupled-origin exotic Higgses and gauge-like scalars in Scherk-Schwarz breaking of 5-dimensional SU(6) via double vacua

Hartanto, A.; Zen, Freddy P.; Kosasih, Jusak Sali; Handoko, L. T.

doi:10.12988/astp.2013.13038

Cited by 1 publication

(3 citation statements)

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“…Nevertheless, one also faces the hidden NGB-dual Higgs, which can be found as a bounded scalar, joined with either a PNB Higgs or itself, to form exotic multi-component Higgses and scalars. This will also be discussed in another paper [22].…”

Section: Ngb-dual Higgses Masses From Triplet-triplet Splittingmentioning

confidence: 79%

“…Substitution of the fifth component of the 5D gauge boson with the third component is definitely acceptable [22], which gives a generalized Coleman-Weinberg potential for SU(6) ̃( ) as below,…”

Section: Higgs-ngb Double Vacua As a Source Of Ngb-dual Higgsmentioning

confidence: 99%

“…Summing up Eq. (28) and (67) gives (68)where each VEV (i) 0 , i = 1,2 is shifted by both Higgs and NGB indicating the existence of a double vacua with a 2-VEV system[22][23].…”

mentioning

confidence: 99%

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On The Double-Vacua Duality of Multi-Scalar Higgs and NGB-Dual Higgses in Scherk-Schwarz Breaking of 5-dimensional SU(6) Symmetry

et al. 2014

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A special condition of Scherk-Schwarz and S 1 /Z 2 orbifold breaking brings about both a weakly-coupled SU(6) baby Higgs and a strongly-coupled will-be simplest little Higgs scalar in the near-brane of SU(3)SU(3)U(1). The latter produces SU(3) VEVs and simplest little-like Higgs after triplet-triplet splitting and, under quadratic-based and non-quadratic-based Coleman-Weinberg potential, the simplest little-like Higgs yields exotic Higgses, scalar-pair and 3scalar Higgses in the so-called one-by-one and collective breakings. A generalized non-quadratic-based Coleman-Weinberg potential utilizing a NGB-like scalar produces NGB-dual Higgses with a squared mass relevant to the components of a 3-scalar Higgs that further create a duality of 3-scalar Higgs and NGB-dual Higgses. This is due to a double-vacua property such that each vacuum responds equally to the shifts happening at either non-zero or zero-VEV vacuum.

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Section: Ngb-dual Higgses Masses From Triplet-triplet Splittingmentioning

confidence: 79%

Section: Higgs-ngb Double Vacua As a Source Of Ngb-dual Higgsmentioning

confidence: 99%