Since weakly interacting massive particles (WIMPs) are predicted to exist at the electroweak scale, various experiments—including collider searches, satellite observations, and underground detectors—aim to explore the mass range from GeV to TeV in a complementary approach.
In particular, TeV-scale WIMPs can be effectively probed by Imaging Atmospheric Cherenkov Telescopes (IACTs), which...
Dark matter production in high energy accelerators comprises one of the three main pillars of the dark matter detection strategies together with the scattering and the annihilation.
This talk overviews the latest searches in the collider experiments and provides personal vision on what to do next.
The Milky Way and its satellite galaxies provide invaluable laboratories for exploring the nature of dark matter.
Their structural and dynamical properties offer unique opportunities to place constraints on dark matter spatial and velocity distributions on small scales.
These systems are also prime targets for direct and indirect dark matter searches.
Unveiling their dark matter...
