Working Group Report: Neutrinos

Alexander Friedland,M. Smy,Z. Djurcic,K. Lang,R. Van de Water,E. Blucher,L. Winslow,P. S. Barbeau,M. O. Wascko,C. White,D. F. Cowen,P. Vogel,K. S. Babu,T. Strauss,J. L. Raaf,A. B. Balantekin,S J Brice,K. Lau,J. A. Formaggio,S. H. Kettell,F. Halzen,K. van Bibber,R. Tschirhart,J. M. Conrad,J.L. Hewett,W. C. Louis,K. Long,O. Palamara,N. J. T. Smith,D. M. Webber,B.T. Fleming,H. W. Sobel,D. Harris,F. Di Lodovico,M. Kordosky,M.V. Diwan,T. Wongjirad,E. Kearns,T. Nakaya,D Liu,P. Coloma,B. Carls,K. T. McDonald,M. Ramsey-Musolf,M. Bass,J. Osta,V.A. Kudryavtsev,K. Abazajian,M. Dracos,G. Horton-Smith,R.L. Cooper,William J. Marciano,J. Spitz,R. Patterson,G. Fuller,G. D. Orebi Gann,K. S. McFarland,J.K. Nelson,D. Grant,Y. Kim,S. Dodelson,A. Blake,G. Gratta,R. Svoboda,Y. K. Kim,Richard C. Lanza,X. Qian,J.L. Feng,Y. V. Efremenko,T. Akiri,R. D. McKeown,E. D. Zimmerman,S.R. Mishra,D. R. Nygren,Y. Kudenko,N.S. Bowden,S. Parke,R. Henning,H. Weerts,J. Paley,H. Sahoo,A. Sousa,T. de Young,C. Tully,H. Lee,J. P. Thomas,D.L. Wark,T. Katori,H.A. Tanaka,A. Poon,M Heffner,Jonathan L. Rosner,K. Lande,A. Karle,E. Worcester,A. Blondel,U. Mosel,M. Yokoyama,T. Ekelöf,A. Connolly,J. Yoo,A. Himmel,C. Mariani,L. Whitehead,P. Vahle,Carl H. Albright,Yu. Kolomensky,S. Sangiorgio,C Hall,B. C. Choudhary,M. H. Shaevitz,J. Asaadi,X. Tian,P. Sørensen,C. Rott,Hillary D. White,B.R. Littlejohn,R. J. Wilson,K Luk,C. W. Walter,R. Rameika,H. Liu,J. Klein,Richard J. Hill,M. Gilchriese,M. L. Marshak,B. Rebel,Z. Parsa,G. Rybka,R. Plunkett,M. E. Convery,M. D. Messier,Z. Li,Robert Shrock,C.-J. Lin,P. Mumm,A. Bross,C. Mauger,V. Papadimitriou,R. Roser,A. Piepke,H. R. Gallagher,F. Cavanna,S. Geer,M. C. Goodman,H. da Motta,D. Schmitz

Working Group Report: Neutrinos

2013

Alexander Friedland
M. Smy
Z. Djurcic
K. Lang
R. Van de Water
E. Blucher
L. Winslow
P. S. Barbeau
M. O. Wascko
C. White
D. F. Cowen
P. Vogel
K. S. Babu
T. Strauss
J. L. Raaf
A. B. Balantekin
S J Brice
K. Lau
J. A. Formaggio
S. H. Kettell
F. Halzen
K. van Bibber
R. Tschirhart
J. M. Conrad
J.L. Hewett
W. C. Louis
K. Long
O. Palamara
N. J. T. Smith
D. M. Webber
B.T. Fleming
H. W. Sobel
D. Harris
F. Di Lodovico
M. Kordosky
M.V. Diwan
T. Wongjirad
E. Kearns
T. Nakaya
D Liu
P. Coloma
B. Carls
K. T. McDonald
M. Ramsey-Musolf
M. Bass
J. Osta
V.A. Kudryavtsev
K. Abazajian
M. Dracos
G. Horton-Smith
R.L. Cooper
William J. Marciano
J. Spitz
R. Patterson
G. Fuller
G. D. Orebi Gann
K. S. McFarland
J.K. Nelson
D. Grant
Y. Kim
S. Dodelson
A. Blake
G. Gratta
R. Svoboda
Y. K. Kim
Richard C. Lanza
X. Qian
J.L. Feng
Y. V. Efremenko
T. Akiri
R. D. McKeown
E. D. Zimmerman
S.R. Mishra
D. R. Nygren
Y. Kudenko
N.S. Bowden
S. Parke
R. Henning
H. Weerts
J. Paley
H. Sahoo
A. Sousa
T. de Young
C. Tully
H. Lee
J. P. Thomas
D.L. Wark
T. Katori
H.A. Tanaka
A. Poon
M Heffner
Jonathan L. Rosner
K. Lande
A. Karle
E. Worcester
A. Blondel
U. Mosel
M. Yokoyama
T. Ekelöf
A. Connolly
J. Yoo
A. Himmel
C. Mariani
L. Whitehead
P. Vahle
Carl H. Albright
Yu. Kolomensky
S. Sangiorgio
C Hall
B. C. Choudhary
M. H. Shaevitz
J. Asaadi
X. Tian
P. Sørensen
C. Rott
Hillary D. White
B.R. Littlejohn
R. J. Wilson
K Luk
C. W. Walter
R. Rameika
H. Liu
J. Klein
Richard J. Hill
M. Gilchriese
M. L. Marshak
B. Rebel
Z. Parsa
G. Rybka
R. Plunkett
M. E. Convery
M. D. Messier
Z. Li
Robert Shrock
C.-J. Lin
P. Mumm
A. Bross
C. Mauger
V. Papadimitriou
R. Roser
A. Piepke
H. R. Gallagher
F. Cavanna
S. Geer
M. C. Goodman
H. da Motta
D. Schmitz

This document represents the response of the Intensity Frontier Neutrino Working Group to the Snowmass charge. We summarize the current status of neutrino physics and identify many exciting future opportunities for studying the properties of neutrinos and for addressing important physics and astrophysics questions with neutrinos.

Keywords:

Neutrino oscillation
Particle physics
Neutrino
CP violation
Physics beyond the Standard Model
Neutrino detector
Physics
neutrino beam
Nuclear physics
experimental methods
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