Author:
Adhikary Amit,Chakrabarty Nabarun,Chakraborty Indrani,Lahiri Jayita
Abstract
AbstractAn $$H^\pm W^{\mp } Z$$
H
±
W
∓
Z
interaction at the tree level is a common feature of new physics models that feature scalar triplets. In this study, we aim to probe the strength of the aforementioned interaction in a model-agnostic fashion at the futuristic 27 TeV proton-proton collider. We assume that the $$H^\pm $$
H
±
couples dominantly to ($$W^\pm ,Z$$
W
±
,
Z
) and (t, b) and specifically study the processes that involve the $$H^\pm W^{\mp } Z$$
H
±
W
∓
Z
vertex at the production level, that is, $$p p \rightarrow H^\pm j j$$
p
p
→
H
±
j
j
and $$p p \rightarrow Z H^\pm $$
p
p
→
Z
H
±
. Moreover, we look into both $$H^\pm \rightarrow W^\pm Z,~t b$$
H
±
→
W
±
Z
,
t
b
decays for either production process. Our investigations reveal that the $$H^\pm j j$$
H
±
j
j
production process has a greater reach compared to $$Z H^\pm $$
Z
H
±
. Moreover, the discovery potential of a charged Higgs improves markedly with respect to the earlier studies corresponding to lower centre-of-mass energies. Finally, we recast our results in the context of the popular Georgi–Machacek model.
Publisher
Springer Science and Business Media LLC
Subject
Physics and Astronomy (miscellaneous),Engineering (miscellaneous)
Cited by
8 articles.
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