Leptophilic dark matter in gauged model in light of DAMPE cosmic ray excess
arXiv:1711.11563 · doi:10.1140/epjc/s10052-018-5805-1
Abstract
Motivated by the very recent cosmic-ray electron+positron excess observed by DAMPE collaboration, we investigate a Dirac fermion dark matter (DM) in the gauged model. DM interacts with the electron and muon via the gauge boson . The model can explain the DAMPE data well. Although a non-zero DM-nucleon cross section is only generated at one loop level and there is a partial cancellation between and couplings, we find that a large portion of mass is ruled out from direct DM detection limit leaving the allowed mass to be close to two times of the DM mass. Implications for and , and muon anomaly are also studied.
Discussions added, version accepted by EPJC
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