The nuclear shell model has perhaps been the most important conceptual and
computational paradigm for the understanding of the structure of atomic nuclei. While the …

Recent developments in precision mass spectrometry of radioactive isotopes (RI) and some
selected related physics subjects are reviewed. In the last decades, besides conventional …

A new critical survey of all half-life, decay-energy, and branching-ratio measurements
related to 23 superallowed 0+→ 0+ β decays is presented. Included are 222 individual …

We survey the impact of nuclear three-body forces on structure properties of nuclei within the
shell model. It has long been acknowledged, since the seminal works of Zuker and …

In this work we present the first steps towards benchmarking isospin symmetry breaking in
ab initio nuclear theory for calculations of superallowed Fermi β decay. Using the valence …

Atomic masses represent key ingredients to understand the structure of atomic nuclei. In
particular, they provide insights into the nuclear binding energy and, thus, into the combined …

I present an overview of experiments at TRIUMF ARIEL and ISAC facilities covering both the
current and the future envisioned programs. I also briefly review theory program at TRIUMF …

Mass measurements give us the nuclear binding energy, a fundamental property that is
indispensable for the study of nuclear structure, stellar nucleosynthesis and neutron-star …

Searching for physics Beyond the Standard Model (BSM) has become a central focus in
physics research over the past few decades. One way to do this is through precision …

Detailed spectroscopic measurements of excited states in Cr 50 and Zn 62 were performed
using 24-MeV (p, t) transfer reactions on Cr 52 and Zn 64, respectively. In total, 45 states in …