Toward complete spectroscopy using β decay: The example of Cl32(βγ)S32

Background: Cl32 is a neutron-deficient isotope with a β-decay half-life of 298 ms and a spin and parity of Jπ=1+. Previous measurements of Cl32 β-delayed γ rays have yielded a β-decay scheme with twelve β-decay transitions, contributing to studies of nuclear structure and fundamental symmetries. Those experiments have been limited to the observation of S32 states with Jπ=0+,1+,2+. Purpose: Our goal is to search for new β-delayed γ rays and …