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We present a review of neutrino phenomenology in the minimal seesaw model(MSM), an economical and intriguing extension of the Standard Model with onlytwo heavy right-handed Majorana neutrinos. Given current neutrino oscillationdata, the MSM can predict the neutrino mass spectrum and constrain theeffective masses of the tritium beta decay and the neutrinoless double-betadecay. We outline five distinct schemes to parameterize the neutrinoYukawa-coupling matrix of the MSM. The lepton flavor mixing and baryogenesisvia leptogenesis are investigated in some detail by taking account of possibletexture zeros of the Dirac neutrino mass matrix. We derive an upper bound onthe CP-violating asymmetry in the decay of the lighter right-handed Majorananeutrino. The effects of the renormalization-group evolution on the neutrinomixing parameters are analyzed, and the correlation between the CP-violatingphenomena at low and high energies is highlighted. We show that the observedmatter-antimatter asymmetry of the Universe can naturally be interpretedthrough the resonant leptogenesis mechanism at the TeV scale. Thelepton-flavor-violating rare decays, such as $\mu \to e + \gamma$, are alsodiscussed in the supersymmetric extension of the MSM.Comment: 50 pages, 22 EPS figures, macro file ws-ijmpe.cls included, accepted  for publication in Int. J. Mod. Phys.

NEUTRINO MASSES, LEPTON FLAVOR MIXING AND LEPTOGENESIS IN THE MINIMAL SEESAW MODEL