M. Beuschlein

most citedEvidence for shape coexistence in

^{120}

Sn from the first

0_{3}^{+}

lifetime measurement

2 citations · 3 across the 2 of their papers we have counts for

collaborators

3 papers

nucl-ex2025★ 2 cited

Evidence for shape coexistence in $^{120}$ Sn from the first $0_{3}^{+}$ lifetime measurement

F. Wu, C. Andreoiu, V. Karayonchev +14

The lifetime of the $0_{3}^{+}$ state in $^{120}$ Sn was measured for the first time applying the fast-timing technique following thermal neutron capture. The mean lifetime of $τ= 50(7)…

nucl-ex2025★ 1 cited

Intruder structures in $^{32}$ Si and $^{29}$ Al

J. Williams, G. Hackman, K. Starosta +31

We have studied $^{32}$ Si and $^{29}$ Al using $^{12}$ C( $^{22}$ Ne,2p) and $^{12}$ C( $^{22}$ Ne, $α$ p) fusion-evaporation reactions. In both cases, we observed significant population of…

nucl-ex2025

Deviations from the Porter-Thomas Distribution due to Nonstatistical $γ$ Decay below the $^{150}$ Nd Neutron Separation Threshold

O. Papst, J. Isaak, V. Werner +17

We introduce a new method for the study of fluctuations of partial transition widths based on nuclear resonance fluorescence experiments with quasimonochromatic linearly polarized…

Evidence for shape coexistence in 120Sn from the first 03+​ lifetime measurement

Intruder structures in 32Si and 29Al

Deviations from the Porter-Thomas Distribution due to Nonstatistical γ Decay below the 150Nd Neutron Separation Threshold

Evidence for shape coexistence in $^{120}$ Sn from the first $0_{3}^{+}$ lifetime measurement

Intruder structures in $^{32}$ Si and $^{29}$ Al

Deviations from the Porter-Thomas Distribution due to Nonstatistical $γ$ Decay below the $^{150}$ Nd Neutron Separation Threshold