Matches in SemOpenAlex for { <https://semopenalex.org/work/W2944838163> ?p ?o ?g. }
- W2944838163 abstract "The next Galactic core-collapse supernova (SN) is a highly anticipated observational target for neutrino telescopes. However, even prior to collapse, massive dying stars shine copiously in pre-supernova (pre-SN) neutrinos, which can potentially act as efficient SN warning alarms and provide novel information about the very last stages of stellar evolution. We explore the sensitivity to pre-SN neutrinos of large scale direct dark matter detection experiments, which, unlike dedicated neutrino telescopes, take full advantage of coherent neutrino-nucleus scattering. We find that argon-based detectors with target masses of $mathcal{O}(100)$ tonnes (i.e. comparable in size to the proposed ARGO experiment) operating at sub-keV thresholds can detect $mathcal{O}(10-100)$ pre-SN neutrinos coming from a source at a characteristic distance of $sim$200 pc, such as Betelgeuse ($alpha$ Orionis). Large-scale xenon-based experiments with similarly low thresholds could also be sensitive to pre-SN neutrinos. For a Betelgeuse-type source, large scale dark matter experiments could provide a SN warning siren $sim$10 hours prior to the explosion. We also comment on the complementarity of large scale direct dark matter detection experiments and neutrino telescopes in the understanding of core-collapse SN." @default.
- W2944838163 created "2019-05-29" @default.
- W2944838163 creator A5019715585 @default.
- W2944838163 creator A5025840695 @default.
- W2944838163 creator A5070110363 @default.
- W2944838163 date "2020-02-14" @default.
- W2944838163 modified "2023-10-16" @default.
- W2944838163 title "Presupernova neutrinos in large dark matter direct detection experiments" @default.
- W2944838163 cites W1659875532 @default.
- W2944838163 cites W1662891299 @default.
- W2944838163 cites W1723430703 @default.
- W2944838163 cites W1863641736 @default.
- W2944838163 cites W1882503566 @default.
- W2944838163 cites W1914086829 @default.
- W2944838163 cites W1927325176 @default.
- W2944838163 cites W1929226305 @default.
- W2944838163 cites W1990487813 @default.
- W2944838163 cites W2003183405 @default.
- W2944838163 cites W2007009348 @default.
- W2944838163 cites W2015377846 @default.
- W2944838163 cites W2026431390 @default.
- W2944838163 cites W2032998356 @default.
- W2944838163 cites W2065114980 @default.
- W2944838163 cites W2068718327 @default.
- W2944838163 cites W2091923402 @default.
- W2944838163 cites W2108321540 @default.
- W2944838163 cites W2118696664 @default.
- W2944838163 cites W2129815501 @default.
- W2944838163 cites W2132803409 @default.
- W2944838163 cites W2143835128 @default.
- W2944838163 cites W2147626947 @default.
- W2944838163 cites W2153709939 @default.
- W2944838163 cites W2156532391 @default.
- W2944838163 cites W2160172188 @default.
- W2944838163 cites W2167388147 @default.
- W2944838163 cites W2177534912 @default.
- W2944838163 cites W2179565573 @default.
- W2944838163 cites W2204547932 @default.
- W2944838163 cites W2231986893 @default.
- W2944838163 cites W2242145672 @default.
- W2944838163 cites W2260485220 @default.
- W2944838163 cites W2394758401 @default.
- W2944838163 cites W2438145332 @default.
- W2944838163 cites W2460332001 @default.
- W2944838163 cites W2534308951 @default.
- W2944838163 cites W2555543620 @default.
- W2944838163 cites W2597238296 @default.
- W2944838163 cites W2604779503 @default.
- W2944838163 cites W2610436760 @default.
- W2944838163 cites W2616285382 @default.
- W2944838163 cites W2616448590 @default.
- W2944838163 cites W2735789488 @default.
- W2944838163 cites W2742012545 @default.
- W2944838163 cites W2746829047 @default.
- W2944838163 cites W2753533784 @default.
- W2944838163 cites W2768313783 @default.
- W2944838163 cites W2780337760 @default.
- W2944838163 cites W2783526946 @default.
- W2944838163 cites W2787815716 @default.
- W2944838163 cites W2788424309 @default.
- W2944838163 cites W2789057144 @default.
- W2944838163 cites W2805476545 @default.
- W2944838163 cites W2805537661 @default.
- W2944838163 cites W2883960648 @default.
- W2944838163 cites W2899497983 @default.
- W2944838163 cites W2903641975 @default.
- W2944838163 cites W2905586429 @default.
- W2944838163 cites W2949023231 @default.
- W2944838163 cites W2962943703 @default.
- W2944838163 cites W3101840178 @default.
- W2944838163 cites W3102474671 @default.
- W2944838163 cites W3103057376 @default.
- W2944838163 cites W3103990895 @default.
- W2944838163 cites W3105143011 @default.
- W2944838163 cites W3105201648 @default.
- W2944838163 cites W3122886126 @default.
- W2944838163 cites W3148575437 @default.
- W2944838163 cites W4289710129 @default.
- W2944838163 cites W4298202424 @default.
- W2944838163 doi "https://doi.org/10.1103/physrevd.101.043008" @default.
- W2944838163 hasPublicationYear "2020" @default.
- W2944838163 type Work @default.
- W2944838163 sameAs 2944838163 @default.
- W2944838163 citedByCount "26" @default.
- W2944838163 countsByYear W29448381632020 @default.
- W2944838163 countsByYear W29448381632021 @default.
- W2944838163 countsByYear W29448381632022 @default.
- W2944838163 crossrefType "journal-article" @default.
- W2944838163 hasAuthorship W2944838163A5019715585 @default.
- W2944838163 hasAuthorship W2944838163A5025840695 @default.
- W2944838163 hasAuthorship W2944838163A5070110363 @default.
- W2944838163 hasBestOaLocation W29448381631 @default.
- W2944838163 hasConcept C107966497 @default.
- W2944838163 hasConcept C109214941 @default.
- W2944838163 hasConcept C121332964 @default.
- W2944838163 hasConcept C127592171 @default.
- W2944838163 hasConcept C1276947 @default.
- W2944838163 hasConcept C132221716 @default.
- W2944838163 hasConcept C150846664 @default.
- W2944838163 hasConcept C159249277 @default.