Review of Particle Physics
- Nakamura, K
- Hagiwara, K
- Hikasa, K
- Murayama, H
- Tanabashi, M
- Watari, T
- Amsler, C
- Antonelli, M
- Asner, DM
- Baer, H
- Band, HR
- Barnett, RM
- Basaglia, T
- Bergren, E
- Beringer, J
- Bernardi, G
- Bertl, W
- Bichsel, H
- Biebel, O
- Blucher, E
- Blusk, S
- Cahn, RN
- Carena, M
- Ceccucci, A
- Chakraborty, D
- Chen, MC
- Chivukula, RS
- Cowan, G
- Dahl, O
- D'Ambrosio, G
- Damour, T
- de Florian, D
- de Gouvea, A
- DeGrand, T
- Dissertori, G
- Dobrescu, B
- Doser, M
- Drees, M
- Edwards, DA
- Eidelman, S
- Erler, J
- Ezhela, VV
- Fetscher, W
- Fields, BD
- Foster, B
- Gaisser, TK
- Garren, L
- Gerber, HJ
- Gerbier, G
- Gherghetta, T
- Giudice, CF
- Golwala, S
- Goodman, M
- Grab, C
- Gritsan, AV
- Grivaz, JF
- Groom, DE
- Grunewald, M
- Gurtu, A
- Gutsche, T
- Haber, HE
- Hagmann, C
- Hayes, KG
- Heffner, M
- Heltsley, B
- Hernandez-Rey, JJ
- Hocker, A
- Holder, J
- Huston, J
- Jackson, JD
- Johnson, KF
- Junk, T
- Karle, A
- Karlen, D
- Kayser, B
- Kirkby, D
- Klein, SR
- Kolda, C
- Kowalewski, RV
- Krusche, B
- Kuyanov, YV
- Kwon, Y
- Lahav, O
- Langacker, P
- Liddle, A
- Ligeti, Z
- Lin, CJ
- Liss, TM
- Littenberg, L
- Lugovsky, KS
- Lugovsky, SB
- Lys, J
- Mahlke, H
- Mannel, T
- Manohar, AV
- Marciano, WJ
- Martin, AD
- Masoni, A
- Milstead, D
- Miquel, R
- Monig, K
- Narain, M
- Nason, P
- Navas, S
- Nevski, P
- Nir, Y
- Olive, KA
- Pape, L
- Patrignani, C
- Peacock, JA
- Petkov, ST
- Piepke, A
- Punzi, G
- Quadt, A
- Raby, S
- Raffelt, G
- Ratcliff, BN
- Richardson, P
- Roesler, S
- Rolli, S
- Romaniouk, A
- Rosenberg, LJ
- Rosner, JL
- Sachrajda, CT
- Sakai, Y
- Salam, GP
- Sarkar, S
- Sauli, F
- Schneider, O
- Scholberg, K
- Scott, D
- Seligman, WG
- Shaevitz, MH
- Silari, M
- Sjostrand, T
- Smith, JG
- Smoot, GF
- Spanier, S
- Spieler, H
- Stahl, A
- Stanev, T
- Stone, SL
- Sumiyoshi, T
- Syphers, MJ
- Terning, J
- Titov, M
- Tkachenko, NP
- Tornqvist, NA
- Tovey, D
- Trippe, TG
- Valencia, G
- van Bibber, K
- Venanzoni, G
- Vincter, MG
- Vogel, P
- Vogt, A
- Walkowiak, W
- Walter, CW
- Ward, DR
- Webber, BR
- Weiglein, G
- Weinberg, EJ
- Wells, JD
- Wheeler, A
- Wiencke, LR
- Wohl, CG
- Wolfenstein, L
- Womersley, J
- Woody, CL
- Workman, RL
- Yamamoto, A
- Yao, WM
- Zenin, OV
- Zhang, J
- Zhu, RY
- Zyla, PA
- Harper, G
- Lugovsky, VS
- Schaffner, P.
DOIAbstract
The experiments with solar, atmospheric, reactor and accelerator neutrinos have provided compelling evidences for oscillations of neutrinos caused by nonzero neutrino masses and neutrino mixing. The data imply the existence of 3-neutrino mixing in vacuum. We review the theory of neutrino oscillations, the phenomenology of neutrino mixing, the problem of the nature - Dirac or Majorana, of massive neutrinos, the issue of CP violation in the lepton sector, and the current data on the neutrino masses and mixing parameters. The open questions and the main goals of future research in the field of neutrino mixing and oscillations are outlined
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