FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1500217070> ?p ?o ?g. }

• W1500217070 abstract "The biunitary parametrization of the neutrino Dirac mass matrix ${m}_{D}$ of the seesaw mechanism of neutrino mass generation is considered in detail. Assuming a hierarchical structure of ${m}_{D}$ and of the heavy Majorana neutrino masses ${M}_{1,2,3}>0,$ ${M}_{1}ensuremath{ll}{M}_{2}ensuremath{ll}{M}_{3},$ with a strong hierarchy between ${M}_{3}$ and ${M}_{1}$ ${(M}_{3}ensuremath{gg}{10}^{3}{M}_{1}),$ we find that, in order to produce the observed baryon asymmetry of the Universe via leptogenesis, the scale of ${m}_{D}$ should be given by the up-quark masses, ${m}_{D}ensuremath{sim}{m}_{mathrm{up}}.$ It is also possible to reproduce the low-energy neutrino mixing phenomenology for ${m}_{D}ensuremath{sim}{m}_{mathrm{up}}$ if one of the heavy Majorana neutrinos is much heavier than the other two and there exists only a rather mild hierarchy between the masses of the latter ${(M}_{2}ensuremath{cong}10{M}_{1}).$ In the case of a strong hierarchy between ${M}_{3}$ and ${M}_{1,2},$ successful leptogenesis requires a mild hierarchy between ${M}_{1}$ and ${M}_{2}$ as well. In this scenario, the effective Majorana mass in neutrinoless double beta decay depends on the CP violating phase controlling the leptogenesis if ${m}_{D1}$ is negligible. The lepton flavor violating decays $stackrel{ensuremath{rightarrow}}{ensuremath{mu}}e+ensuremath{gamma},$ $stackrel{ensuremath{rightarrow}}{ensuremath{tau}}ensuremath{mu}+ensuremath{gamma}$ and $stackrel{ensuremath{rightarrow}}{ensuremath{tau}}e+ensuremath{gamma}$ are considered and a characteristic relation between their decay rates is predicted. The CP violation effects in neutrino oscillations can be observable. In general, there is no direct connection between the latter and CP violation in leptogenesis. If the CP violating phases of the seesaw model satisfy certain relations, the baryon asymmetry of the Universe and the rephasing invariant ${J}_{mathrm{CP}}$ which determines the magnitude of the CP violation effects in neutrino oscillations depend on the same CP violating phase and their signs are correlated." @default.
• W1500217070 created "2016-06-24" @default.
• W1500217070 creator A5022933787 @default.
• W1500217070 creator A5023914090 @default.
• W1500217070 creator A5038469819 @default.
• W1500217070 date "2003-11-13" @default.
• W1500217070 modified "2023-10-03" @default.
• W1500217070 title "On the connection of leptogenesis with low energy<i>CP</i>violation and lepton flavor violating charged lepton decays" @default.
• W1500217070 cites W153828133 @default.
• W1500217070 cites W1574693864 @default.
• W1500217070 cites W1964724255 @default.
• W1500217070 cites W1966020454 @default.
• W1500217070 cites W1966657502 @default.
• W1500217070 cites W1976664669 @default.
• W1500217070 cites W1979807077 @default.
• W1500217070 cites W1983987483 @default.
• W1500217070 cites W1989772000 @default.
• W1500217070 cites W1995781382 @default.
• W1500217070 cites W1997479307 @default.
• W1500217070 cites W1997985887 @default.
• W1500217070 cites W1998265172 @default.
• W1500217070 cites W2000610629 @default.
• W1500217070 cites W2000676944 @default.
• W1500217070 cites W2001296261 @default.
• W1500217070 cites W2003930192 @default.
• W1500217070 cites W2005050491 @default.
• W1500217070 cites W2011585881 @default.
• W1500217070 cites W2014599530 @default.
• W1500217070 cites W2024500528 @default.
• W1500217070 cites W2032061577 @default.
• W1500217070 cites W2034066931 @default.
• W1500217070 cites W2037094942 @default.
• W1500217070 cites W2038113511 @default.
• W1500217070 cites W2045756911 @default.
• W1500217070 cites W2047184962 @default.
• W1500217070 cites W2059708942 @default.
• W1500217070 cites W2059777410 @default.
• W1500217070 cites W2071689860 @default.
• W1500217070 cites W2073093182 @default.
• W1500217070 cites W2081582744 @default.
• W1500217070 cites W2085449871 @default.
• W1500217070 cites W2087535852 @default.
• W1500217070 cites W2094140475 @default.
• W1500217070 cites W2094541040 @default.
• W1500217070 cites W2105588635 @default.
• W1500217070 cites W2110562278 @default.
• W1500217070 cites W2110666015 @default.
• W1500217070 cites W2114169608 @default.
• W1500217070 cites W2125172811 @default.
• W1500217070 cites W2132236374 @default.
• W1500217070 cites W2134534274 @default.
• W1500217070 cites W2138798032 @default.
• W1500217070 cites W2141177597 @default.
• W1500217070 cites W2144210377 @default.
• W1500217070 cites W2147954679 @default.
• W1500217070 cites W2153178376 @default.
• W1500217070 cites W2159617645 @default.
• W1500217070 cites W2160197862 @default.
• W1500217070 cites W2161934934 @default.
• W1500217070 cites W2162666793 @default.
• W1500217070 cites W2166252135 @default.
• W1500217070 cites W2204609894 @default.
• W1500217070 cites W2595129576 @default.
• W1500217070 cites W2604034904 @default.
• W1500217070 cites W3098408535 @default.
• W1500217070 cites W3098437593 @default.
• W1500217070 cites W3099190707 @default.
• W1500217070 cites W3099233388 @default.
• W1500217070 cites W3100054151 @default.
• W1500217070 cites W3100207181 @default.
• W1500217070 cites W3100361248 @default.
• W1500217070 cites W3100565359 @default.
• W1500217070 cites W3100745326 @default.
• W1500217070 cites W3100878161 @default.
• W1500217070 cites W3102334832 @default.
• W1500217070 cites W3102776753 @default.
• W1500217070 cites W3103175570 @default.
• W1500217070 cites W3103314831 @default.
• W1500217070 cites W3105107016 @default.
• W1500217070 cites W3105477287 @default.
• W1500217070 cites W3106243403 @default.
• W1500217070 cites W3106453568 @default.
• W1500217070 cites W3126061358 @default.
• W1500217070 cites W3163492540 @default.
• W1500217070 doi "https://doi.org/10.1103/physrevd.68.093007" @default.
• W1500217070 hasPublicationYear "2003" @default.
• W1500217070 type Work @default.
• W1500217070 sameAs 1500217070 @default.
• W1500217070 citedByCount "133" @default.
• W1500217070 countsByYear W15002170702012 @default.
• W1500217070 countsByYear W15002170702013 @default.
• W1500217070 countsByYear W15002170702014 @default.
• W1500217070 countsByYear W15002170702015 @default.
• W1500217070 countsByYear W15002170702016 @default.
• W1500217070 countsByYear W15002170702017 @default.
• W1500217070 countsByYear W15002170702018 @default.
• W1500217070 countsByYear W15002170702020 @default.
• W1500217070 countsByYear W15002170702021 @default.
• W1500217070 countsByYear W15002170702022 @default.
• W1500217070 countsByYear W15002170702023 @default.

• next