This thesis will consider theoretical constructions for dark matter candidates interacting with standard model particles via the exchange of a spin-one mediator. The UV origin of such a mediator is a new Abelian gauge symmetry that is spontaneously broken to provide mass to the vector portal field. We will focus on self-consistent quantum field theoretical constructions and we will investigate phenomenological constraints from direct and direct searches as well as colliders.
This thesis will consider theoretical constructions for dark matter candidates interacting with standard model particles via the exchange of a spin-one mediator. The UV origin of such a mediator is a new Abelian gauge symmetry that is spontaneously broken to provide mass to the vector portal field. We will focus on self-consistent quantum field theoretical constructions and we will investigate phenomenological constraints from direct and direct searches as well as colliders.
Dark matter Phenomenology with Vector Portals
CAVALLO, MATTIA
2022/2023
Abstract
This thesis will consider theoretical constructions for dark matter candidates interacting with standard model particles via the exchange of a spin-one mediator. The UV origin of such a mediator is a new Abelian gauge symmetry that is spontaneously broken to provide mass to the vector portal field. We will focus on self-consistent quantum field theoretical constructions and we will investigate phenomenological constraints from direct and direct searches as well as colliders.File | Dimensione | Formato | |
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DM_Phenomenology_with_Vector_Portals_final.a.pdf
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https://hdl.handle.net/20.500.12608/48923