A. B. Garnsworthy

First results from the stopped RISING campaign at GSI: The mapping of isomeric decays in highly exotic nuclei

The first results from the Stopped Beam RISING experimental campaign performed at the GSI laboratory in Darmstadt, Germany, are presented. RISING (Rare ISotope INvestigations at GSI) constitutes a major new experimental program in European nuclear structure physics research aimed at using relativistic‐energy, projectile‐fragmentation reactions to study nuclei with exotic proton‐to‐neutron ratios. This paper introduces the physics aims of the Stopped RISING collaboration and presents some technical details and initial results from experiments using the RISING array to study decays from metastable nuclear states in both proton and neutron‐rich nuclei.

Systematic Studies Of E0 Transitions In 54,56,58 Fe

Doubly magic nuclei and their near neighbours serve as an ideal testing ground for the nuclear shell model, and, consequently, enable us to define effective nuclear interactions. nCollective states in nuclei near

Shape coexistence and isomeric states in neutron-rich {sup 112}Tc and {sup 113}Tc

^{56}

High-spin, multi-particle isomers in {sup 121,123}Sb.

Ni can be attributed to multiparticle-multihole excitations from the

High-Spin, Multiparticle Isomers in Sb-121,Sb-123

1f_{7/2}

High-Spin, multi-particle isomers in 121,123 Sb

to the

Microsecond and nanosecond isomers populated in fission reactions

2p_{3/2}

Spectroscopy of212Po and213At using a8He radioactive beam and EXOGAM

,

Spectroscopy of Po-212 and At-213 using a He-8 radioactive beam and EXOGAM

1f_{5/2}

Spectroscopy of 212 Po and 213 At Using a 8 He Radioactive Beam and EXOGAM

and