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The production of electroweak bosons ($Z,\gamma$ and $W$) and charmonia issensitive to the initial-state geometry of heavy-ion collisions and to theparton distribution function with its potential nuclear modification. Sincetheir leptonic decay products do not interact strongly, their kinematics areunmodified by the strongly interacting medium, which can be created in aheavy-ion collision. We report on the latest results of the ATLAS Collaborationon electroweak boson and charmonia production in $p$+Pb collisions at$\sqrt{s_{\rm NN}} = 5.02$ TeV. Production yields of $Z$ and $W$ bosons arepresented as a function of (pseudo-)rapidity in different centrality bins. Theforward-backward ratio of J/$\psi$ is shown as a function of transversemomentum and center-of-mass rapidity.

Vector boson and charmonia measurements in $p$+Pb collisions with ATLAS