Matches in SemOpenAlex for { <https://semopenalex.org/work/W2006992439> ?p ?o ?g. }
- W2006992439 endingPage "277" @default.
- W2006992439 startingPage "270" @default.
- W2006992439 abstract "Considering axino cold dark matter scenarios with a long-lived charged slepton, we study constraints on the Peccei–Quinn scale fa and on the reheating temperature TR imposed by the dark matter density and by big bang nucleosynthesis (BBN). For an axino mass compatible with large-scale structure, ma˜≳100keV, temperatures above 109GeV become viable for fa>3×1012GeV. We calculate the slepton lifetime in hadronic axion models. With the dominant decay mode being two-loop suppressed, this lifetime can be sufficiently large to allow for primordial bound states leading to catalyzed BBN of lithium-6 and beryllium-9. This implies new upper limits on fa and on TR that depend on quantities which will be probed at the Large Hadron Collider." @default.
- W2006992439 created "2016-06-24" @default.
- W2006992439 creator A5061549232 @default.
- W2006992439 creator A5080815069 @default.
- W2006992439 creator A5082619854 @default.
- W2006992439 creator A5087153653 @default.
- W2006992439 date "2009-08-01" @default.
- W2006992439 modified "2023-09-24" @default.
- W2006992439 title "Upper limits on the Peccei–Quinn scale and on the reheating temperature in axino dark matter scenarios" @default.
- W2006992439 cites W1512445791 @default.
- W2006992439 cites W1755315783 @default.
- W2006992439 cites W1964382664 @default.
- W2006992439 cites W1975075467 @default.
- W2006992439 cites W1980624058 @default.
- W2006992439 cites W1982379873 @default.
- W2006992439 cites W1986762216 @default.
- W2006992439 cites W1988229507 @default.
- W2006992439 cites W1992392009 @default.
- W2006992439 cites W1996466015 @default.
- W2006992439 cites W1997985887 @default.
- W2006992439 cites W2000692961 @default.
- W2006992439 cites W2007422460 @default.
- W2006992439 cites W2008897314 @default.
- W2006992439 cites W2017156995 @default.
- W2006992439 cites W2018763703 @default.
- W2006992439 cites W2030525622 @default.
- W2006992439 cites W2032339761 @default.
- W2006992439 cites W2032558931 @default.
- W2006992439 cites W2037091988 @default.
- W2006992439 cites W2042110183 @default.
- W2006992439 cites W2045884684 @default.
- W2006992439 cites W2046151029 @default.
- W2006992439 cites W2049263450 @default.
- W2006992439 cites W2052209977 @default.
- W2006992439 cites W2052621256 @default.
- W2006992439 cites W2056097433 @default.
- W2006992439 cites W2059990475 @default.
- W2006992439 cites W2062025689 @default.
- W2006992439 cites W2062919135 @default.
- W2006992439 cites W2072851525 @default.
- W2006992439 cites W2076263080 @default.
- W2006992439 cites W2080848079 @default.
- W2006992439 cites W2087953644 @default.
- W2006992439 cites W2101912325 @default.
- W2006992439 cites W2109146646 @default.
- W2006992439 cites W2116172336 @default.
- W2006992439 cites W2117668283 @default.
- W2006992439 cites W2128684255 @default.
- W2006992439 cites W2129968711 @default.
- W2006992439 cites W2133663987 @default.
- W2006992439 cites W2134802857 @default.
- W2006992439 cites W2135638431 @default.
- W2006992439 cites W2154748230 @default.
- W2006992439 cites W2169963214 @default.
- W2006992439 cites W2171465809 @default.
- W2006992439 cites W2409146471 @default.
- W2006992439 cites W2603491248 @default.
- W2006992439 cites W266195994 @default.
- W2006992439 cites W2950633805 @default.
- W2006992439 cites W3099127887 @default.
- W2006992439 cites W3099812545 @default.
- W2006992439 cites W3100949058 @default.
- W2006992439 cites W3102170791 @default.
- W2006992439 cites W3102804998 @default.
- W2006992439 cites W3103014535 @default.
- W2006992439 cites W3103455047 @default.
- W2006992439 cites W3103876774 @default.
- W2006992439 cites W3104839543 @default.
- W2006992439 cites W3104988794 @default.
- W2006992439 cites W3105468582 @default.
- W2006992439 cites W3105692298 @default.
- W2006992439 cites W3105989154 @default.
- W2006992439 cites W3106033862 @default.
- W2006992439 cites W3125096806 @default.
- W2006992439 cites W3125684287 @default.
- W2006992439 cites W4293224092 @default.
- W2006992439 doi "https://doi.org/10.1016/j.physletb.2009.07.047" @default.
- W2006992439 hasPublicationYear "2009" @default.
- W2006992439 type Work @default.
- W2006992439 sameAs 2006992439 @default.
- W2006992439 citedByCount "16" @default.
- W2006992439 countsByYear W20069924392012 @default.
- W2006992439 countsByYear W20069924392013 @default.
- W2006992439 countsByYear W20069924392015 @default.
- W2006992439 crossrefType "journal-article" @default.
- W2006992439 hasAuthorship W2006992439A5061549232 @default.
- W2006992439 hasAuthorship W2006992439A5080815069 @default.
- W2006992439 hasAuthorship W2006992439A5082619854 @default.
- W2006992439 hasAuthorship W2006992439A5087153653 @default.
- W2006992439 hasBestOaLocation W20069924391 @default.
- W2006992439 hasConcept C109214941 @default.
- W2006992439 hasConcept C113471709 @default.
- W2006992439 hasConcept C121332964 @default.
- W2006992439 hasConcept C152290109 @default.
- W2006992439 hasConcept C159249277 @default.
- W2006992439 hasConcept C16743098 @default.
- W2006992439 hasConcept C185544564 @default.
- W2006992439 hasConcept C206191943 @default.