Shell-model interpretation of high-spin states in 134-I

TL;DR

This paper uses shell-model calculations to interpret high-spin states in 134-I, assigning spins and parities to excited states with high accuracy, enhancing understanding of nuclear structure.

Contribution

It provides a detailed shell-model analysis of 134-I's high-spin states, offering new spin-parity assignments based on realistic calculations.

Findings

Excellent agreement between experimental and calculated energies

Confirmed spin-parity assignments for observed states

Enhanced understanding of nuclear structure in 134-I

Abstract

New experimental information has been recently obtained on the odd-odd nucleus 134-I. We interpret the five observed excited states up to the energy of ~3 MeV on the basis of a realistic shell-model calculation, and make spin-parity assignments accordingly. A very good agreement is found between the experimental and calculated energies.