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The AMoRE is an experiment to search for neutrinoless double-beta decay of100Mo in molybdate crystal scintillators using a cryogenic detection technique.The crystals are equipped with metallic magnetic calorimeter sensors thatdetect both phonon and photon signals at temperatures of a few tens of mK.Simultaneous measurements of thermal and scintillation signals produced byparticle interactions in the crystals by MMC sensors provide high energyresolution and efficient particle discrimination. AMoRE-Pilot, an R&D phasewith six 48deplCa100MoO4 crystals and a total mass of ~1.9 kg in the finalconfiguration, operated at the 700 m deep Yangyang underground laboratory(Y2L). After completion of the AMoRE-Pilot run at the end of 2018, AMoRE-I witha ~6 kg crystal array comprised of thirteen 48deplCa100MoO4 and five Li2100MoO4crystals is currently being assembled and installed at Y2L. We have secured 110kg of 100Mo-isotope-enriched MoO3 powder for the production of crystals for theAMoRE-II phase, which will have ~200 kg of molybdate crystals and operate atYemilab, a new underground laboratory located ~1,100 m deep in the Handeok ironmine that is currently being excavated and with a scheduled completion date ofDecember 2020. AMoRE-II is expected to improve the upper limit on the effectiveMajorana neutrino mass to cover the entire inverted hierarchy neutrino massregion: 20-50 meV, in the case when no such decays are observed. Results fromAMoRE-Pilot and progress of the preparations for AMoRE-I and AMoRE-II arepresented.

AMoRE: A search for neutrinoless double-beta decay of 100Mo using low-temperature molybdenum-containing crystal detectors