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Transverse-momentum-dependent gluon distribution functions in a spectator model

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arxiv 2005.02288 v2 pith:2UH6ITCH submitted 2020-05-05 hep-ph

Alessandro Bacchetta , Francesco Giovanni Celiberto , Marco Radici , Pieter Taels This is my paper · ORCID
classification hep-ph
keywords gluonmodelspectatordescribeddistributionsgluonsnucleonparticle
verification ladder T0 review T1 audit T2 compute T3 formal
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We present a model calculation of transverse-momentum-dependent distributions (TMDs) of gluons in the nucleon. The model is based on the assumption that a nucleon can emit a gluon, and what remains after the emission is treated as a single spectator particle. This spectator particle is considered to be on-shell, but its mass is allowed to take a continuous range of values, described by a spectral function. The nucleon-gluon-spectator coupling is described by an effective vertex containing two form factors. We fix the model parameters to obtain the best agreement with collinear gluon distributions extracted from global fits. We study the tomography in momentum space of gluons inside nucleons for various combinations of their polarizations. These can be used to make predictions of observables relevant for gluon TMD studies at current and future collider facilities.

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Cited by 4 Pith papers

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  3. T-odd transverse momentum dependent gluon distributions for tensor polarized deuteron in a spectator model

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    Six leading-twist T-odd gluon TMDs of a tensor-polarized deuteron are derived analytically and evaluated numerically in a spectator model with single-gluon final-state interaction.

  4. The 3D structure of the Nucleon in momentum space: TMD phenomenology

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    A review showing unpolarized quark TMD fits now reach collinear-PDF-like precision, while polarized and gluon TMDs remain less constrained.

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