Probing transverse momentum dependent parton distributions in charmonium and bottomonium production
A Mukherjee, S Rajesh - Physical Review D, 2016 - APS
Physical Review D, 2016•APS
We propose the study of unpolarized transverse momentum dependent gluon parton
distributions as well as the effect of linearly polarized gluons on transverse momentum and
rapidity distributions of J/ψ and ϒ production within the framework of transverse momentum
dependent factorization employing a color evaporation model (CEM) in an unpolarized
proton-proton collision. We estimate the transverse momentum and rapidity distributions of
J/ψ and ϒ at LHCb, RHIC and AFTER energies using TMD evolution formalism.
distributions as well as the effect of linearly polarized gluons on transverse momentum and
rapidity distributions of J/ψ and ϒ production within the framework of transverse momentum
dependent factorization employing a color evaporation model (CEM) in an unpolarized
proton-proton collision. We estimate the transverse momentum and rapidity distributions of
J/ψ and ϒ at LHCb, RHIC and AFTER energies using TMD evolution formalism.
We propose the study of unpolarized transverse momentum dependent gluon parton distributions as well as the effect of linearly polarized gluons on transverse momentum and rapidity distributions of and ϒ production within the framework of transverse momentum dependent factorization employing a color evaporation model (CEM) in an unpolarized proton-proton collision. We estimate the transverse momentum and rapidity distributions of and ϒ at LHCb, RHIC and AFTER energies using TMD evolution formalism.