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Uncertainty quantification of mass models using ensemble Bayesian model averaging

https://doi.org/10.1103/PhysRevC.109.054301

Saito, Yukiya; Dillmann, I.; Krücken, R.; Mumpower, M_R; Surman, R. (May 2024, Physical Review C)
Cross-shell excited configurations in the structure of ${}^{34}{Si}$

https://doi.org/10.1103/PhysRevC.109.014309

Lubna, R_S; Garnsworthy, A_B; Tripathi, Vandana; Ball, G_C; Natzke, C_R; Rocchini, M.; Andreoiu, C.; Bhattacharjee, S_S; Dillmann, I.; Garcia, F_H; et al (January 2024, Physical Review C)
Measurement of the Isolated Nuclear Two-Photon Decay in ${}^{72}{Ge}$

https://doi.org/10.1103/PhysRevLett.133.022502

Freire-Fernández, D; Korten, W; Chen, R J; Litvinov, S; Litvinov, Yu A; Sanjari, M S; Weick, H; Akinci, F C; Albers, H M; Armstrong, M; et al (July 2024, Physical Review Letters)

The nuclear two-photon or double-gamma ( $2 γ$ ) decay is a second-order electromagnetic process whereby a nucleus in an excited state emits two gamma rays simultaneously. To be able to directly measure the $2 γ$ decay rate in the low-energy regime below the electron-positron pair-creation threshold, we combined the isochronous mode of a storage ring with Schottky resonant cavities. The newly developed technique can be applied to isomers with excitation energies down to $\sim 100 keV$ and half-lives as short as $\sim 10 ms$ . The half-life for the $2 γ$ decay of the first-excited $0^{+}$ state in bare ${}^{72}{Ge}$ ions was determined to be 23.9(6) ms, which strongly deviates from expectations. Published by the American Physical Society2024
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Decay spectroscopy of ${}^{160}{Eu}$ : Quasiparticle configurations of excited states and structure of $K^{π} = 4^{+}$ bandheads in ${}^{160}{Gd}$

https://doi.org/10.1103/PhysRevC.107.064309

Yates, D.; Krücken, R.; Dillmann, I.; Garrett, P. E.; Olaizola, B.; Vedia, V.; Ali, F. A.; Andreoiu, C.; Ashfield, W.; Ball, G. C.; et al (June 2023, Physical Review C)

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Proton Distribution Radii of ${}^{16 - 24}O$ : Signatures of New Shell Closures and Neutron Skin

https://doi.org/10.1103/PhysRevLett.129.142502

Kaur, S.; Kanungo, R.; Horiuchi, W.; Hagen, G.; Holt, J. D.; Hu, B. S.; Miyagi, T.; Suzuki, T.; Ameil, F.; Atkinson, J.; et al (September 2022, Physical Review Letters)

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Examining the nuclear mass surface of Rb and Sr isotopes in the $A \approx 104$ region via precision mass measurements

https://doi.org/10.1103/PhysRevC.103.044320

Mukul, I.; Andreoiu, C.; Bergmann, J.; Brodeur, M.; Brunner, T.; Dietrich, K. A.; Dickel, T.; Dillmann, I.; Dunling, E.; Fusco, D.; et al (April 2021, Physical Review C)
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Mass measurements of ${}^{60 – 63}{Ga}$ reduce x-ray burst model uncertainties and extend the evaluated $T = 1$ isobaric multiplet mass equation

https://doi.org/10.1103/PhysRevC.104.065803

Paul, S. F.; Bergmann, J.; Cardona, J. D.; Dietrich, K. A.; Dunling, E.; Hockenbery, Z.; Hornung, C.; Izzo, C.; Jacobs, A.; Javaji, A.; et al (December 2021, Physical Review C)
Measuring the half-life of n-rich ¹⁰⁰ Rb with the TITAN MR-TOF-MS

https://doi.org/10.1088/1742-6596/1643/1/012057

Mukul, I.; Andreoiu, C.; Brodeur, M.; Brunner, T.; Dietrich, K.; Dickel, T.; Dillmann, I.; Dunling, E.; Fusco, D.; Gwinner, G.; et al (December 2020, Journal of Physics: Conference Series)
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Stellar and thermal neutron capture cross section of ${}^{9}{Be}$

https://doi.org/10.1103/PhysRevC.99.015804

Wallner, A.; Bichler, M.; Coquard, L.; Dillmann, I.; Forstner, O.; Golser, R.; Heil, M.; Käppeler, F.; Kutschera, W.; Lederer-Woods, C.; et al (January 2019, Physical Review C)

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$β$ -Delayed One and Two Neutron Emission Probabilities Southeast of ${}^{132}{Sn}$ and the Odd-Even Systematics in $r$ -Process Nuclide Abundances

https://doi.org/10.1103/PhysRevLett.129.172701

Phong, V. H.; Nishimura, S.; Lorusso, G.; Davinson, T.; Estrade, A.; Hall, O.; Kawano, T.; Liu, J.; Montes, F.; Nishimura, N.; et al (October 2022, Physical Review Letters)

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