This article deals with the interplay between the properties of the neutron and its basic
interactions. Many of the neutron's properties underlie a simple quark model, and we …

Quantization and renormalization of the left–right symmetric model is the main purpose of
the paper. First the model at tree level with a Higgs sector containing one bidoublet and two …

This article reviews the relationship between the observables in neutron β-decay and the
accepted modern theory of particle physics known as the Standard Model. Recent neutron …

The effect of the general vector, axialvector, scalar and tensor interactions on the theoretical
description of neutron decay is investigated. Results of least squares adjustment …

Several two-and one-dimensional distributions of unpolarized free-neutron decay are
calculated. The results of the order-α model-independent radiative correction calculations …

We discuss the physical implications of formulating the Standard Model (SM) in terms of the
superconnection formalism involving the superalgebra su (2/1). In particular, we discuss the …

Beta-decay and muon-capture experiments in nuclei are reviewed. The conserved vector
current hypothesis is confirmed through the observed constancy of the vector coupling …

Limits on the anomalous magnetic moment and the electric dipole moment of the τ lepton
are calculated through the reaction e+ e-→ τ+ τ-γ at the Z1-pole and in the framework of a …

We study the flavor-changing decays of the Z and Z′ vector bosons of left-right-symmetric
(L− R) models with a minimal Higgs potential. We find that the branching ratios for the …

Bounds on the anomalous magnetic moment and the electric dipole moment of the τ
neutrino are calculated through the reaction e+ e−→ ν ν γ at the Z 1 pole, and in the …