| 1 neutrinos: ast， resent and future 1.1 neutrinos in nuclear and article hysics 1.1.1 auli’s neutrino hyothesis 1.1.2 weak interactions and neutrinos 1.1.3 discoveries of neutrinos 1.2 neutrinos in astronomy and cosmology 1.2.1 neutrinos from stars and suernovae 1.2.2 high-energy cosmic neutrinos 1.2.3 cosmic neutrino background 1.3 knowledge and questions on neutrinos 1.3.1 resent knowledge on neutrinos 1.3.2 oen questions on neutrinos references 2 neutrinos within the standard model 2.1 fundamentals of the standard model 2.1.1 gauge symmetries 2.1.2 sontaneous symmetry breaking 2.1.3 renormalizability 2.1.4 the standard electroweak model 2.2 standard interactions of neutrinos . 2.2.1 neutrino-electron scattering 2.2.2 neutrino-neutrino scattering 2.2.3 neutrino-nucleon interactions 2.3 neutrino roagation in a medium 2.3.1 coherent forward scattering 2.3.2 the effective otential 2.3.3 neutrino self-energy aroach references 3 neutrinos beyond the standard model 3.1 exerimental evidence for neutrino masses 3.1.1 atmosheric neutrino oscillations 3.1.2 accelerator neutrino oscillations 3.1.3 solar neutrino oscillations 3.1.4 reactor neutrino oscillations 3.1.5 imlications of exerimental data 3.2 dirac and majorana neutrino mass terms 3.2.1 dirac masses and leton number conservation 3.2.2. majorana masses and leton number violation 3.2.3 hybrid mass terms and seesaw mechanisms 3.3 c, and t roerties of fermion fields 3.3.1 c, and t transformations of sinor bilinears 3.3.2 c violation in quark and leton sectors 3.4 electromagnetic roerties of massiveneutrinos 3.4.1 electromagnetic form factors 3.4.2 magnetic and electric diole moments 3.4.3 radiative decays of massive neutrinos 3.4.4 electromagnetic neutrino-electron scattering 3.5 leton flavor mixing and c violation 3.5.1 classification of different arametrizations 3.5.2 democratic and tri-bimaximal mixing atterns 3.5.3 rehasing invariants and unitarity triangles 3.5.4 flavor roblems in article hysics 3.6 running behaviors of neutrino massarameters 3.6.1 one-loo renormalization-grou equations 3.6.2 evolution of majorana neutrino mass arameters 3.6.3 evolution of dirac neutrino mass arameters references 4 seesaw mechanisms of neutrino masses 4.1 how to generate tiny neutrino masses 4.1.1 non-seesaw mechanisms 4.1.2 seesaw mechanisms 4.1.3 the weinberg oerator 4.2 on the scales of seesaw mechanisms 4.2.1 seesaw-induced hierarchy roblem 4.2.2 seesaw-induced naturalness roblem 4.3 seesaw mechanisms at the tev scale 4.3.1 tye-i seesaw mechanism 4.3.2 tye-ii seesaw mechanism 4.3.3 tye-(i+ii) seesaw mechanism 4.3.4 tye-iii seesaw mechanism 4.3.5 inverse seesaw mechanism 4.4 multile seesaw mechanisms …… 5 henomenology of neutrino oscillations 6 neutrinos from stars 7 neutrinos from suernovae 8 ultrahigh-energy cosmic neutrinos 9 big bang nucleosynthesis and relic neutrinos 10 neutrinos and cosmological structures 11 cosmological matter-antimatter asymmetry index |
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