FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2138798032> ?p ?o ?g. }

• W2138798032 abstract "The relation between leptogenesis and CP violation at low energies is analyzed in detail in the framework of the minimal seesaw mechanism. Working, without loss of generality, in a weak basis where both the charged lepton and the right-handed Majorana mass matrices are diagonal and real, we consider a convenient generic parametrization of the Dirac neutrino Yukawa coupling matrix and identify the necessary condition which has to be satisfied in order to establish a direct link between leptogenesis and CP violation at low energies. In the context of the LMA solution of the solar neutrino problem, we present minimal scenarios which allow for the full determination of the cosmological baryon asymmetry and the strength of CP violation in neutrino oscillations. Some specific realizations of these minimal scenarios are considered. The question of the relative sign between the baryon asymmetry and CP violation at low energies is also discussed." @default.
• W2138798032 created "2016-06-24" @default.
• W2138798032 creator A5031152915 @default.
• W2138798032 creator A5033157582 @default.
• W2138798032 creator A5036943225 @default.
• W2138798032 creator A5040068533 @default.
• W2138798032 creator A5046780826 @default.
• W2138798032 creator A5050403253 @default.
• W2138798032 date "2003-04-29" @default.
• W2138798032 modified "2023-09-25" @default.
• W2138798032 title "Minimal scenarios for leptogenesis and<i>CP</i>violation" @default.
• W2138798032 cites W1626701312 @default.
• W2138798032 cites W1964382664 @default.
• W2138798032 cites W1966020454 @default.
• W2138798032 cites W1969287437 @default.
• W2138798032 cites W1979807077 @default.
• W2138798032 cites W1983868502 @default.
• W2138798032 cites W1985097409 @default.
• W2138798032 cites W1995781382 @default.
• W2138798032 cites W1997985887 @default.
• W2138798032 cites W1998923477 @default.
• W2138798032 cites W2001296261 @default.
• W2138798032 cites W2005933633 @default.
• W2138798032 cites W2009366120 @default.
• W2138798032 cites W2032061577 @default.
• W2138798032 cites W2035479047 @default.
• W2138798032 cites W2036021094 @default.
• W2138798032 cites W2036564297 @default.
• W2138798032 cites W2036947024 @default.
• W2138798032 cites W2037392005 @default.
• W2138798032 cites W2042295417 @default.
• W2138798032 cites W2044942589 @default.
• W2138798032 cites W2045111814 @default.
• W2138798032 cites W2060231421 @default.
• W2138798032 cites W2076232089 @default.
• W2138798032 cites W2078348743 @default.
• W2138798032 cites W2082895229 @default.
• W2138798032 cites W2083990625 @default.
• W2138798032 cites W2089723933 @default.
• W2138798032 cites W2094140475 @default.
• W2138798032 cites W2105255014 @default.
• W2138798032 cites W2105588635 @default.
• W2138798032 cites W2110562278 @default.
• W2138798032 cites W2118266132 @default.
• W2138798032 cites W2125172811 @default.
• W2138798032 cites W2132236374 @default.
• W2138798032 cites W2137229134 @default.
• W2138798032 cites W2143897049 @default.
• W2138798032 cites W2147954679 @default.
• W2138798032 cites W2149978023 @default.
• W2138798032 cites W2165973128 @default.
• W2138798032 cites W2166252135 @default.
• W2138798032 cites W2247368792 @default.
• W2138798032 cites W2951685917 @default.
• W2138798032 cites W2956145564 @default.
• W2138798032 cites W3098297237 @default.
• W2138798032 cites W3098408535 @default.
• W2138798032 cites W3098908966 @default.
• W2138798032 cites W3099696893 @default.
• W2138798032 cites W3099759344 @default.
• W2138798032 cites W3100054151 @default.
• W2138798032 cites W3100361248 @default.
• W2138798032 cites W3100565359 @default.
• W2138798032 cites W3100878161 @default.
• W2138798032 cites W3101296174 @default.
• W2138798032 cites W3102334832 @default.
• W2138798032 cites W3102350394 @default.
• W2138798032 cites W3102776753 @default.
• W2138798032 cites W3103175570 @default.
• W2138798032 cites W3103421581 @default.
• W2138798032 cites W3104248585 @default.
• W2138798032 cites W3104527279 @default.
• W2138798032 cites W3104995893 @default.
• W2138798032 cites W3105009767 @default.
• W2138798032 cites W3105107016 @default.
• W2138798032 cites W3105451183 @default.
• W2138798032 cites W3105477287 @default.
• W2138798032 cites W3105928379 @default.
• W2138798032 cites W3106033862 @default.
• W2138798032 cites W3106243403 @default.
• W2138798032 cites W3122413659 @default.
• W2138798032 cites W3163492540 @default.
• W2138798032 cites W4237105740 @default.
• W2138798032 cites W4376453871 @default.
• W2138798032 doi "https://doi.org/10.1103/physrevd.67.073025" @default.
• W2138798032 hasPublicationYear "2003" @default.
• W2138798032 type Work @default.
• W2138798032 sameAs 2138798032 @default.
• W2138798032 citedByCount "139" @default.
• W2138798032 countsByYear W21387980322012 @default.
• W2138798032 countsByYear W21387980322013 @default.
• W2138798032 countsByYear W21387980322014 @default.
• W2138798032 countsByYear W21387980322015 @default.
• W2138798032 countsByYear W21387980322016 @default.
• W2138798032 countsByYear W21387980322017 @default.
• W2138798032 countsByYear W21387980322018 @default.
• W2138798032 countsByYear W21387980322019 @default.
• W2138798032 countsByYear W21387980322020 @default.
• W2138798032 countsByYear W21387980322021 @default.
• W2138798032 countsByYear W21387980322022 @default.

• next