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Titlebook: Illuminating Dark Matter; Proceedings of a Sim Rouven Essig,Jonathan Feng,Kathryn Zurek Conference proceedings 2019 Springer Nature Switzer

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Light Dark Matter Searches at Accelerators and the LDMX Experiment,ribution, we review the current experimental situation and future efforts in that domain, emphasizing the advantages and challenges of each technique. A new proposal offering unprecedented sensitivity to directly annihilating thermal dark matter, the LDMX experiment, is also presented.
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Some Minimal Cosmologies for Dark Sectors,s initially populated in the early universe. Here, we study how the simplest and most robust cosmic histories for minimal hidden sectors inform the signals of hidden sector dark matter, and present some new targets for direct detection and other terrestrial experiments.
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Sterile Neutrino/Dark Fermion Dark Matter: Searches in the X-Ray Sky, the Nuclear Physics Laboratoror in the contemporary parlance—dark fermions, are among the simplest and most cited particles which can provide a mechanism for neutrino mass. If one particle of this class has a small mixing, it can be quasi-thermally or nonthermally produced in the early Universe, affect cosmological structure fo
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Constraining the Small-Scale Clustering of Dark Matter with Stellar Streams,ining the clustering of dark matter on the smallest scales employs narrow stellar streams in the halo of the Milky Way. In this contribution, I review recent progress in modeling the effect of dark matter substructure on the structure of stellar streams and recent constraints on the amount of small
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Understanding Dwarf Galaxies in Order to Understand Dark Matter,ffects of baryons on the structural evolution of dark matter halos at high resolutions. This progress has altered theoretical expectations for galaxy evolution within a Cold Dark Matter (CDM) model, reconciling many earlier discrepancies between theory and observations. Despite this reconciliation,
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