The First J=1+ T=0 States in a Single j Shell Configuration for Even-Even Nuclei
Larry Zamick
TL;DR
This paper investigates the occurrence of J=1+ T=0 states in a single j shell configuration, specifically in the nucleus 48Cr, revealing that all T=0 to T=0 M1 matrix elements vanish in this model space.
Contribution
It identifies the first nucleus with J=1+ T=0 states in a single j shell and shows the vanishing of T=0 to T=0 M1 matrix elements within this model.
Findings
48Cr is the first even-even nucleus with J=1+ T=0 states in a single j shell
All T=0 to T=0 M1 matrix elements vanish in this model space
The study clarifies the structure of T=0 states in simplified nuclear models
Abstract
The first even-even nucleus for which there are J=1+ T=0 states in a single j shell configuration is 48Cr. In this limited model space all T=0 to T=0 M1 matrix elements vanish.
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Taxonomy
TopicsNuclear physics research studies · Quantum Chromodynamics and Particle Interactions · Particle accelerators and beam dynamics