arxiv: 1310.4340 · v1 · submitted 2013-10-16 · ✦ hep-ex · hep-ph
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Neutrinos
A. de Gouvea
,
K. Pitts
,
K. Scholberg
,
G.P. Zeller
,
J. Alonso
,
A. Bernstein
,
M. Bishai
,
S. Elliott
show 159 more authors
K. Heeger
K. Hoffman
P. Huber
L.J. Kaufman
B. Kayser
J. Link
C. Lunardini
B. Monreal
J.G. Morfin
H. Robertson
R. Tayloe
N. Tolich
K. Abazajian
T. Akiri
C. Albright
J. Asaadi
K.S Babu
A.B. Balantekin
P. Barbeau
M. Bass
A. Blake
A. Blondel
E. Blucher
N. Bowden
S.J. Brice
A. Bross
B. Carls
F. Cavanna
B. Choudhary
P. Coloma
A. Connolly
J. Conrad
M. Convery
R.L. Cooper
D. Cowen
H. da Motta
T. de Young
F. Di Lodovico
M. Diwan
Z. Djurcic
M. Dracos
S. Dodelson
Y. Efremenko
T. Ekelof
J.L. Feng
B. Fleming
J. Formaggio
A. Friedland
G. Fuller
H. Gallagher
S. Geer
M. Gilchriese
M. Goodman
D. Grant
G. Gratta
C. Hall
F. Halzen
D. Harris
M. Heffner
R. Henning
J.L. Hewett
R. Hill
A. Himmel
G. Horton-Smith
A. Karle
T. Katori
E. Kearns
S. Kettell
J. Klein
Y. Kim
Y.K. Kim
Yu. Kolomensky
M. Kordosky
Yu. Kudenko
V.A. Kudryavtsev
K. Lande
K. Lang
R. Lanza
K. Lau
H. Lee
Z. Li
B.R. Littlejohn
C.J. Lin
D. Liu
H. Liu
K. Long
W. Louis
K.B. Luk
W. Marciano
C. Mariani
M. Marshak
C. Mauger
K.T. McDonald
K. McFarland
R. McKeown
M. Messier
S.R. Mishra
U. Mosel
P. Mumm
T. Nakaya
J.K. Nelson
D. Nygren
G.D. Orebi Gann
J. Osta
O. Palamara
J. Paley
V. Papadimitriou
S. Parke
Z. Parsa
R. Patterson
A. Piepke
R. Plunkett
A. Poon
X. Qian
J. Raaf
R. Rameika
M. Ramsey-Musolf
B. Rebel
R. Roser
J. Rosner
C. Rott
G. Rybka
H. Sahoo
S. Sangiorgio
D. Schmitz
R. Shrock
M. Shaevitz
N. Smith
M. Smy
H. Sobel
P. Sorensen
A. Sousa
J. Spitz
T. Strauss
R. Svoboda
H.A. Tanaka
J. Thomas
X. Tian
R. Tschirhart
C. Tully
K. van Bibber
R.G. Van de Water
P. Vahle
P. Vogel
C.W. Walter
D. Wark
M. Wascko
D. Webber
H. Weerts
C. White
H. White
L. Whitehead
R.J. Wilson
L. Winslow
T Wongjirad
E. Worcester
M. Yokoyama
J. Yoo
E.D. Zimmerman
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✦ hep-ex
hep-ph
keywords
neutrinosneutrinophysicsaddressingastrophysicschargecurrentdocument
read the original abstract
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.
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