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Dark matter can be part of a dark sector with non-minimal couplings to theStandard Model. Compared to many (minimal) benchmark models, such scenarios canresult in significant modifications in experimental signatures and stronglyimpact experimental search sensitivity. In this white paper, we review severalnon-minimal dark sector models, including phenomenological consequences: modelsexplaining $(g-2)_\mu$, inelastic dark matter, strongly interacting massiveparticles as dark matter candidates, and axions with flavorful couplings. Thepresent exclusions and projected experimental sensitivities on these exampledark sector models illustrate the robustness of the growing dark sectorexperimental effort -- both the broadness and the precision of existingsearches -- probing theoretically interesting parameter space. They alsoillustrate some of the unique complementarity of different experimentalapproaches.

Snowmass White Paper: New flavors and rich structures in dark sectors