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2017:groups:np:nonthermal [2017/06/22 12:08] jose_miguel.no |
2017:groups:np:nonthermal [2017/09/29 15:19] (current) jose_miguel.no |
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Understand the connection between freeze-in models and LLP signatures at the LHC. Is it a generic feature of freeze-in models? | Understand the connection between freeze-in models and LLP signatures at the LHC. Is it a generic feature of freeze-in models? | ||
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+ | * TODO-list + description + volunteers: {{ :2017:groups:np:todo.pdf |}} | ||
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- LLP signatures: Co, D'Eramo, Hall, Pappadopulo [[https://arxiv.org/abs/1506.07532 |arxiv]] | - LLP signatures: Co, D'Eramo, Hall, Pappadopulo [[https://arxiv.org/abs/1506.07532 |arxiv]] | ||
- A concrete realization of the FIMP with LLPs @ LHC, and yielding a standard cosmological history, which turns out to be complementary in DM mass range to the one we have been discussed so far: [[https://arxiv.org/abs/1405.1259 |arxiv]] [[https://arxiv.org/abs/1611.09540 |arxiv]] | - A concrete realization of the FIMP with LLPs @ LHC, and yielding a standard cosmological history, which turns out to be complementary in DM mass range to the one we have been discussed so far: [[https://arxiv.org/abs/1405.1259 |arxiv]] [[https://arxiv.org/abs/1611.09540 |arxiv]] | ||
+ | - A second realization of non-thermal DM and LLPs (appearing today) [[https://arxiv.org/pdf/1706.06815.pdf]] | ||
+ | - MATHUSLA original paper: Chou, Curtin, Lubatti [[https://arxiv.org/abs/1606.06298 |arxiv]] | ||
+ | - MATHUSLA measurements : Curtin, Peskin [[https://arxiv.org/abs/1705.06327 |arxiv]] | ||
+ | - BBN constraints: Fradette, Pospelov [[https://arxiv.org/abs/1706.01920 | arxiv]] | ||
Deliverables: | Deliverables: | ||
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- Note on "FIMP production via decay" by Bryan {{ :2017:groups:np:boltzmann_fimp.pdf |}} | - Note on "FIMP production via decay" by Bryan {{ :2017:groups:np:boltzmann_fimp.pdf |}} | ||
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+ | - Note on the numerical solution and a comparison with the analytical formulae {{ :2017:groups:np:boltzmann_numerical.pdf |}} | ||
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+ | - Notes on the classification of signatures for freeze-in according to the quantum numbers of parent particle (and SM decay product) {{ :2017:groups:np:LLPs_classification.pdf |}} | ||
Triggers (ATLAS): | Triggers (ATLAS): |