Dark Matter Constraints on Low Mass and Weakly Coupled B-L Gauge Boson
arXiv:1908.11325 · doi:10.1103/PhysRevD.102.035028
Abstract
We investigate constraints on the new gauge boson () mass and coupling () in a extension of the standard model (SM) with an SM singlet Dirac fermion () as dark matter (DM). The DM particle has an arbitrary charge chosen to guarantee its stability. We focus on the small mass and small regions of the model, and find new constraints for the cases where the DM relic abundance arises from thermal freeze-out as well as freeze-in mechanisms. In the thermal freeze-out case, the DM coupling is given by to reproduce the observed DM relic density and for the DM particle to be in thermal equilibrium prior to freeze-out. Combined with the direct and indirect DM detection constraints, we find that the allowed mass regions are limited to be GeV and GeV. We then discuss the lower values where the freeze-in scenario operates and find the following relic density constraints on parameters depending on the range and dark matter mass: Case (A): for , one has and Case (B): for , there are two separate constraints depending on . Case (B1): for , we find and case (B2): for TeV, we have . For this case, we display the various parameter regions of the model that can be probed by a variety of ``Lifetime Frontier" experiments such as FASER, FASER2, Belle II, SHiP and LDMX.
27 pages, 8 figures, the version to be published in Phys. Rev. D
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