We consider the upward-going muon flux due to the WIMP annihilations in the cores of the sun and the earth, including the upper bound on the branching ratio for <I>B</I><SUB><I>s</I></SUB>→μ<SUP>...
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https://www.riss.kr/link?id=A107579516
2005
-
SCOPUS
학술저널
7-7(1쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
We consider the upward-going muon flux due to the WIMP annihilations in the cores of the sun and the earth, including the upper bound on the branching ratio for <I>B</I><SUB><I>s</I></SUB>→μ<SUP>...
We consider the upward-going muon flux due to the WIMP annihilations in the cores of the sun and the earth, including the upper bound on the branching ratio for <I>B</I><SUB><I>s</I></SUB>→μ<SUP>+</SUP>μ<SUP>−</SUP> decay. We find that the constraint from <I>B</I><SUB><I>s</I></SUB>→μ<SUP>+</SUP>μ<SUP>−</SUP> is very strong in most parameter space, and exclude the supergravity parameter space regions where the expected upward-going muon fluxes are within the expected reach of IceCube.