Emily Burbach

collaborators

3 papers

nucl-ex2026

Accurate Charge Radius Measurement of $^{14}$ C Confronts \textit{Ab Initio} Theory

Kristian König, Patrick Müller, Tobias Gesser +11

Located at the neutron shell closure $N = 8$ , the long-lived radioactive isotope $^{14}\mathrm{C} $ plays a critical role in geochronology and nuclear structure studies. Despite…

nucl-th2026

Laser spectroscopy illuminates the $N = 32$ shell closure

Tim E. Lellinger, Liss V. Rodriguez, Patrick Muller +29

Atomic nuclei are strongly correlated quantum many-body systems, and how their shell structure evolves with increasing neutron excess remains a central open question in nuclear phy…

physics.atom-ph2025

Splitting Isotope Shift in the $1 s 2 p^{3} P_{0, 1, 2}$ Fine-Structure Triplet in $^{12, 13, 14}$ C $^{4 +}$ : Experiment and Theory

Patrick MÃ¼ller, Kristian KÃ¶nig, Emily Burbach +6

We report measurements and theoretical calculations of the fine-structure splittings in all three $1 s 2 s^{3} S_{1} \to 1 s 2 p^{3} P_{0, 1, 2}$ transitions in the heliumlike syst…

Accurate Charge Radius Measurement of 14C Confronts \textit{Ab Initio} Theory

Laser spectroscopy illuminates the N=32 shell closure

Splitting Isotope Shift in the 1s2p3P0,1,2​ Fine-Structure Triplet in 12,13,14C4+: Experiment and Theory

Accurate Charge Radius Measurement of $^{14}$ C Confronts \textit{Ab Initio} Theory

Laser spectroscopy illuminates the $N = 32$ shell closure

Splitting Isotope Shift in the $1 s 2 p^{3} P_{0, 1, 2}$ Fine-Structure Triplet in $^{12, 13, 14}$ C $^{4 +}$ : Experiment and Theory