2021
DOI: 10.1140/epjc/s10052-021-09106-8
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Fermion localization in braneworld teleparallel f(T, B) gravity

Abstract: We study a spin 1/2 fermion in a thick braneworld in the context of teleparallel f(T, B) gravity. Here, f(T, B) is such that $$f_1(T,B)=T+k_1B^{n_1}$$ f 1 ( T , B ) = T + … Show more

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Cited by 26 publications
(15 citation statements)
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References 54 publications
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“…As a result, the brane undergoes a splitting process as the parameter k is increased. These features are compatible with results found in other teleparallel braneworld models, as in fðTÞ [43,44,46] and fðT; BÞ [53] scenarios.…”
Section: Final Remarkssupporting
confidence: 91%
See 1 more Smart Citation
“…As a result, the brane undergoes a splitting process as the parameter k is increased. These features are compatible with results found in other teleparallel braneworld models, as in fðTÞ [43,44,46] and fðT; BÞ [53] scenarios.…”
Section: Final Remarkssupporting
confidence: 91%
“…( 81) which leads to the localization of the massless mode by gravitational interactions only. Similar nonminimal couplings involving torsion scalars were studied in a teleparallel [53] and in the Lyra geometry [54] braneworlds.…”
Section: Fermionsmentioning
confidence: 90%
“…( 58) which leads to the localization of the massless mode by gravitational interactions only. Similar non-minimal couplings involving torsion scalars were studied in a teleparallel [53] and in the Lyra geometry [54] braneworlds.…”
Section: Fermionsmentioning
confidence: 92%

Braneworlds in $f(Q)$ gravity

Silva,
Maluf,
Olmo
et al. 2022
Preprint
Self Cite
“…We have found a new and interesting way of controlling the internal structure of brane, which can, for example, change how gravity is trapped in the brane. The modification of the internal structure can induce interesting changes in the study of other issues, for example, in the case of mimetic gravity [42,43] and when we couple fermions to the brane [44][45][46]. Furthermore, the investigation presented here can be used in other contexts of current interest such as the domain-wall/brane-cosmology correspondence [47,48] and also in gravity in two dimensions, related to the Jackiw-Teitelboim and Karch-Randall gravity/braneworld models [49][50][51], in the case of the scalar-tensor representation of f (R, T ) braneworld models [52,53], and in the study of cuscuton inflation, to verify the impact of cuscuton models on standard scalar field inflation [54].…”
Section: Cuscuton-like Dynamicsmentioning
confidence: 99%