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- W3005778081 abstract "We present a new mechanism for thermally produced dark matter, based on a semi-annihilation-like process, $chi+ chi +text{SM} rightarrow chi + text{SM}$, with intriguing consequences for the properties of dark matter. First, its mass is low, $lesssim 1$ GeV (but $gtrsim 5$ keV to avoid structure-formation constraints). Second, it is strongly interacting, leading to kinetic equilibrium between the dark and visible sectors, avoiding the structure-formation problems of $chi+ chi + chi rightarrow chi + chi$ models. Third, in the $3 rightarrow 2$ process, one dark matter particle is consumed, giving the standard-model particle a monoenergetic recoil. We show that this new scenario is presently allowed, which is surprising (perhaps a minor miracle). However, it can be systematically tested by novel analyses in present and near-term experiments. In particular, the Co-SIMP model for thermal-relic dark matter can explain the XENON1T excess." @default.
- W3005778081 created "2020-02-24" @default.
- W3005778081 creator A5016626565 @default.
- W3005778081 creator A5068174431 @default.
- W3005778081 date "2020-09-25" @default.
- W3005778081 modified "2023-10-14" @default.
- W3005778081 title "New Freezeout Mechanism for Strongly Interacting Dark Matter" @default.
- W3005778081 cites W1602751115 @default.
- W3005778081 cites W1677693 @default.
- W3005778081 cites W1851585686 @default.
- W3005778081 cites W1927325176 @default.
- W3005778081 cites W1941459119 @default.
- W3005778081 cites W1947481790 @default.
- W3005778081 cites W1957838091 @default.
- W3005778081 cites W1962201106 @default.
- W3005778081 cites W1994734401 @default.
- W3005778081 cites W1996420002 @default.
- W3005778081 cites W2006641662 @default.
- W3005778081 cites W2009626955 @default.
- W3005778081 cites W2012008839 @default.
- W3005778081 cites W2022487232 @default.
- W3005778081 cites W2044180747 @default.
- W3005778081 cites W2054249355 @default.
- W3005778081 cites W2056456385 @default.
- W3005778081 cites W2059259589 @default.
- W3005778081 cites W2078963742 @default.
- W3005778081 cites W2102639000 @default.
- W3005778081 cites W2105756263 @default.
- W3005778081 cites W2110910832 @default.
- W3005778081 cites W2111714472 @default.
- W3005778081 cites W2111859199 @default.
- W3005778081 cites W2114488751 @default.
- W3005778081 cites W2118125580 @default.
- W3005778081 cites W2125050218 @default.
- W3005778081 cites W2137794668 @default.
- W3005778081 cites W2148171417 @default.
- W3005778081 cites W2148569062 @default.
- W3005778081 cites W2160778765 @default.
- W3005778081 cites W2175917516 @default.
- W3005778081 cites W2217722151 @default.
- W3005778081 cites W2236440936 @default.
- W3005778081 cites W2343811239 @default.
- W3005778081 cites W2399215115 @default.
- W3005778081 cites W2507263190 @default.
- W3005778081 cites W2512274474 @default.
- W3005778081 cites W2564449572 @default.
- W3005778081 cites W2594649909 @default.
- W3005778081 cites W2597602507 @default.
- W3005778081 cites W2718258178 @default.
- W3005778081 cites W2750567096 @default.
- W3005778081 cites W2753581779 @default.
- W3005778081 cites W2760142586 @default.
- W3005778081 cites W2780166815 @default.
- W3005778081 cites W2788424309 @default.
- W3005778081 cites W2788862439 @default.
- W3005778081 cites W2790401828 @default.
- W3005778081 cites W2803880895 @default.
- W3005778081 cites W2883307718 @default.
- W3005778081 cites W2883472730 @default.
- W3005778081 cites W2889113720 @default.
- W3005778081 cites W2896096160 @default.
- W3005778081 cites W2898095785 @default.
- W3005778081 cites W2899135102 @default.
- W3005778081 cites W2908348112 @default.
- W3005778081 cites W2912723552 @default.
- W3005778081 cites W2914880782 @default.
- W3005778081 cites W2936214989 @default.
- W3005778081 cites W2939830473 @default.
- W3005778081 cites W2940647043 @default.
- W3005778081 cites W2944275185 @default.
- W3005778081 cites W2963376959 @default.
- W3005778081 cites W2963998853 @default.
- W3005778081 cites W2965827841 @default.
- W3005778081 cites W2969624914 @default.
- W3005778081 cites W2970880911 @default.
- W3005778081 cites W2978108994 @default.
- W3005778081 cites W3003426155 @default.
- W3005778081 cites W3041586415 @default.
- W3005778081 cites W3098233690 @default.
- W3005778081 cites W3098307845 @default.
- W3005778081 cites W3099246595 @default.
- W3005778081 cites W3099649770 @default.
- W3005778081 cites W3099856503 @default.
- W3005778081 cites W3099961299 @default.
- W3005778081 cites W3099979123 @default.
- W3005778081 cites W3100448305 @default.
- W3005778081 cites W3100526603 @default.
- W3005778081 cites W3100810111 @default.
- W3005778081 cites W3100866521 @default.
- W3005778081 cites W3101840178 @default.
- W3005778081 cites W3102661688 @default.
- W3005778081 cites W3103647826 @default.
- W3005778081 cites W3103773126 @default.
- W3005778081 cites W3105859194 @default.
- W3005778081 cites W3123691084 @default.
- W3005778081 cites W3124047548 @default.
- W3005778081 doi "https://doi.org/10.1103/physrevlett.125.131301" @default.
- W3005778081 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33034501" @default.
- W3005778081 hasPublicationYear "2020" @default.
- W3005778081 type Work @default.