We measure the forward-backward asymmetries of charged and baryons produced in collisions recorded by the D0 detector at the Fermilab Tevatron collider at as a function of the baryon rapidity . We find that the asymmetries for charged and baryons are consistent with zero within statistical uncertainties.
DOI:https://doi.org/10.1103/PhysRevD.93.112001
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Invariant mass distributions of reconstructed (circles) and (triangles) for data.
Reuse & PermissionsInvariant mass distributions of reconstructed (circles) and (triangles) for data.
Reuse & PermissionsDistributions of , , and of reconstructed (circles) and candidates (triangles) with , for the minimum bias data sample .
Reuse & PermissionsAsymmetries , , and of reconstructed and candidates with , as a function of , for the minimum bias data sample . The uncertainties are statistical.
Reuse & PermissionsDistributions of rapidity for reconstructed (circles) and candidates (triangles) in events with a (a) positively or (b) negatively charged muon for candidates with .
Reuse & PermissionsAsymmetries , , and of reconstructed and candidates with , as a function of , for events. The uncertainties are statistical.
Reuse & PermissionsAsymmetry as a function of for events with (a) , (b) , and (c) . The uncertainties are statistical.
Reuse & PermissionsDistributions of , , and of reconstructed (circles) and (triangles) with , for the data sample .
Reuse & PermissionsAsymmetry as a function of for events for . The uncertainties are statistical.
Reuse & Permissions
