Future Directions in Parity Violation: From Quarks to the Cosmos

A. Czarnecki; A. Kurylov; A.D. Sakharov; A4 Collaboration; B. Borasoy; B. Borasoy; B. Jamieson; B. Kubis; B.W. Filippone; C. Bouchiat; C. Lee; C.P. Liu; C.S. Wu; C.Y. Prescott; CLAS Collaboration; D.B. Kaplan; D.B. Leinweber; D.B. Leinweber; D.H. Beck; D.H. Beck; E. Hadjmichael; E.J. Beise; G. Prezeau; G.A. Miller; G0 Collaboration; H.W. Hammer; J. Erler; J. Erler; J.D. Jackson; L. Michel; M. Carena; M. Pospelov; M.J. Musolf; M.J. Musolf; M.J. Musolf; M.J. Ramsey-Musolf; M.J. Ramsey-Musolf; M.J. Ramsey-Musolf; N.F. Bell; N.F. Bell; P. Herczeg; P. Huet; Particle Data Group; R. Lewis; R. Schiavilla; R.D. Mckeown; R.L. Garwin; R.L. Jaffe; R.L. Jaffe; S. Davidson; S.J. Dong; S.L. Zhu; S.L. Zhu; S.L. Zhu; S.L. Zhu; S.R. Beane; SAMPLE Collaboration; SLAC E158 Collaboration; T. Konstandin; T.D. Lee; TWIST Collaboration; TWIST Collaboration; V. Cirigliano; V.D. Barger; W. Melnitchouk; WMAP Collaboration; Y. Hara

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Future Directions in Parity Violation: From Quarks to the Cosmos

Authors: A. Czarnecki
A. Kurylov
A.D. Sakharov
A4 Collaboration
B. Borasoy
B. Borasoy
B. Jamieson
B. Kubis
B.W. Filippone
C. Bouchiat
C. Lee
C.P. Liu
C.S. Wu
C.Y. Prescott
CLAS Collaboration
D.B. Kaplan
D.B. Leinweber
D.B. Leinweber
D.H. Beck
D.H. Beck
E. Hadjmichael
E.J. Beise
G. Prezeau
G.A. Miller
G0 Collaboration
H.W. Hammer
J. Erler
J. Erler
J.D. Jackson
L. Michel
M. Carena
M. Pospelov
M.J. Musolf
M.J. Musolf
M.J. Musolf
M.J. Ramsey-Musolf
M.J. Ramsey-Musolf
M.J. Ramsey-Musolf
N.F. Bell
N.F. Bell
P. Herczeg
P. Huet
Particle Data Group
R. Lewis
R. Schiavilla
R.D. Mckeown
R.L. Garwin
R.L. Jaffe
R.L. Jaffe
S. Davidson
S.J. Dong
S.L. Zhu
S.L. Zhu
S.L. Zhu
S.L. Zhu
S.R. Beane
SAMPLE Collaboration
SLAC E158 Collaboration
T. Konstandin
T.D. Lee
TWIST Collaboration
TWIST Collaboration
V. Cirigliano
V.D. Barger
W. Melnitchouk
WMAP Collaboration
Y. Hara
Publication date: 1 January 2007
Publisher: 'Springer Science and Business Media LLC'
Doi

Abstract

I discuss the prospects for future studies of parity-violating (PV) interactions at low energies and the insights they might provide about open questions in the Standard Model as well as physics that lies beyond it. I cover four types of parity-violating observables: PV electron scattering; PV hadronic interactions; PV correlations in weak decays; and searches for the permanent electric dipole moments of quantum systems.Comment: Talk given at PAVI 06 workshop on parity-violating interactions, Milos, Greece (May, 2006); 10 page