Little Higgs Dark Matter after PandaX-II/LUX 2016 and LHC Run-1
arXiv:1607.06355 · doi:10.1007/JHEP12(2016)152
Abstract
In the Littlest Higgs model with parity (LHT), the -odd heavy photon () is weakly interacting and can play the role of dark matter. We investigate the lower limit on the mass of dark matter under the constraints from Higgs data, EWPOs, , Planck 2015 dark matter relic abundance, PandaX-II/LUX 2016 direct detections and LHC-8 TeV monojet results. We find that (1) Higgs data, EWPOs and can exclude the mass of up to 99 GeV. To produce the correct dark matter relic abundance, has to co-annihilate with -odd quarks () or leptons (); (2) the LUX (PandaX-II) 2016 data can further exclude GeV for - co-annihilation and GeV for co-annihilation; (3) LHC-8 TeV monojet result can give a strong lower limit, GeV, for - co-annihilation; (4) future XENON1T (2017) experiment can fully cover the parameter space of - co-annihilation and will push the lower limit of up to about 640 GeV for - co-annihilation.
discussions added, version accepted by JHEP
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