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Dark matter is the name assigned to one of the most important contemporarychallenges that fundamental physics research is facing. In recent years, thehypothesis that dark matter might be "light" is gaining interest. Followingthis idea, dark matter particles belong to a new, unexplored dark sector, thatis communicating with the Standard Model through one (or more) dark mediatorparticles. The mass scale of such dark sector particles, i.e. the mediators andthe stable dark matter particles, could be comparable to the proton mass orbelow. Light dark matter would be very difficult to detect with high-energycolliders or with direct detection experiments, so that accelerator-based darkmatter searches with smaller, but dedicated experiments are important. Thecapabilities of high-intensity cw electron and proton beams enable uniqueopportunities for probing the dark sector. These experimental approaches arecomplementary to searches for dark matter at the high-energy frontier with theLHC at CERN. The aim of the workshop was to discuss light dark matter searcheswith national and international experts from experiments as well as fromtheory.

Summary Report of the 721th WE-Heraeus-Seminar: Light Dark Matter Searches