Bounds on manifest left-right symmetry from neutron beta decay
M Aquino, A Fernandez, A Garcia - Physics Letters B, 1991 - Elsevier
M Aquino, A Fernandez, A Garcia
Physics Letters B, 1991•ElsevierThe effect of manifest left-right symmetry in right-handed currents is studied in neutron beta
decay. An especially strong bound on the mixing angle is obtained,− 0.0006< ζ< 0.0028,
when the unitarity of the KMC matrix is taken into account. This complements the muon-
decay data, increasing the lower bound on M2 to 496 GeV.
decay. An especially strong bound on the mixing angle is obtained,− 0.0006< ζ< 0.0028,
when the unitarity of the KMC matrix is taken into account. This complements the muon-
decay data, increasing the lower bound on M2 to 496 GeV.
The effect of manifest left-right symmetry in right-handed currents is studied in neutron beta decay. An especially strong bound on the mixing angle is obtained, − 0.0006 < ζ < 0.0028, when the unitarity of the KMC matrix is taken into account. This complements the muon-decay data, increasing the lower bound on M2 to 496 GeV.
Elsevier