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|a E 1.99:1878320
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|a E 1.99:1878320
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|a Type II Seesaw leptogenesis
|h [electronic resource]
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|a Washington, D.C. :
|b United States. Department of Energy. Office of High Energy Physics ;
|a Oak Ridge, Tenn. :
|b Distributed by the Office of Scientific and Technical Information, U.S. Department of Energy,
|c 2022.
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|a Size: Article No. 160 :
|b digital, PDF file.
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|a text
|b txt
|2 rdacontent.
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|a computer
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|a online resource
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|a Published through Scitech Connect.
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|a 05/17/2022.
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|a "Journal ID: ISSN 1029-8479."
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|a "Other: ark:/13030/qt5fk281f1."
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|a Barrie, Neil D. ; Han, Chengcheng ; Murayama, Hitoshi ;
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|a Guangzhou Basic and Applied Basic Research Foundation.
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|a Sun Yat-Sen University Science Foundation.
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|a Japan Society for the Promotion of Science (JSPS)
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|a Ministry of Education, Culture, Sports, Science and Technology (MEXT)
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|a Hamamatsu Photonics.
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|a Lawrence Berkeley National Laboratory, E-Scholarship Repository, Berkeley, CA (United States)
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|a The Type II Seesaw Mechanism provides a minimal framework to explain the neutrino masses involving the introduction of a single triplet Higgs to the Standard Model. However, this simple extension was believed to be unable to successfully explain the observed baryon asymmetry of the universe through Leptogenesis. In our previous work (Phys. Rev. Lett. 128 (2022) 141801), we demonstrated that the triplet Higgs of the Type II Seesaw Mechanism alone can simultaneously generate the observed baryon asymmetry of the universe and the neutrino masses while playing a role in setting up Inflation. This is achievable with a triplet Higgs mass as low as 1 TeV, and predicts that the neutral component obtains a small vacuum expectation value $v_?$ < 10 keV. We find that our model has very rich phenomenology and can be tested by various terrestrial experiments as well as by astronomical observations. Particularly, we show that the successful parameter region may be probed at a future 100 TeV collider, upcoming lepton flavor violation experiments such as Mu3e, and neutrinoless double beta decay experiments. Additionally, the tensor-to-scalar ratio from the inflationary scenario will be probed by the LiteBIRD telescope, and observable isocurvature perturbations may be produced for some parameter choices. In this article, we present all the technical details of our calculations and further discussion of its phenomenological implications.
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|b AC02-05CH11231.
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|b 202102020885.
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|b PHY-1915314.
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|b JP20K03942.
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|b JP20H05850.
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|b JP20A203.
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|a 72 physics of elementary particles and fields
|2 local.
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|a Baryoand leptogenesis
|2 local.
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|a Multihiggs models
|2 local.
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|a Physics of elementary particles and fields
|2 local.
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|a Baryo-and leptogenesis
|2 local.
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|a Multi-higgs models
|2 local.
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|a Lawrence Berkeley National Laboratory.
|4 res.
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|a United States.
|b Department of Energy.
|b Office of High Energy Physics.
|4 spn.
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|a National Science Foundation (U.S.).
|4 spn.
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|a Lawrence Berkeley National Laboratory, E-Scholarship Repository, Berkeley, CA (United States).
|f res.
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|a United States.
|b Department of Energy.
|b Office of Scientific and Technical Information
|4 dst.
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|u https://www.osti.gov/servlets/purl/1878320
|z Full Text (via OSTI)
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|a .b127668159
|b 02-28-23
|c 09-01-22
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|a web
|b 12-08-22
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|f eng
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|p Can circulate
|a University of Colorado Boulder
|b Online
|c Online
|d Online
|e E 1.99:1878320
|h Superintendent of Documents classification
|i web
|n 1
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