The MIGDAL Experiment: Measuring a Rare Atomic Process to Aid the Search for Dark Matter
H. M. Araujo,S. N. Balashov,J. E. Borg,F. M. Brunbauer,C. Cazzaniga,C. D. Frost,F. Garcia,A. C. Kaboth,M. Kastriotou,I. Katsioulas,A. Khazov,H. Kraus,V. A. Kudryavtsev,S. Lilley,A. Lindote,D. Loomba,M. I. Lopes,E. Lopez Asamar,P. Luna Dapica,P. A. Majewski,T. Marley,C. McCabe,A. F. Mills, M. Nakhostin,T. Neep,F. Neves,K. Nikolopoulos,E. Oliveri,L. Ropelewski, E. Tilly,V. N. Solovov,T. J. Sumner,J. Tarrant, R. Turnley,M. G. D. van der Grinten,R. Veenhof Astroparticle Physics（2023）
Key words
Dark matter,Direct detection,Neutron scattering,Migdal effect,Gas detectors
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