Moritz Pascal Reiter

I am interested in studies of the nuclear structure far from stability – in particular precision measurements of very exotic isotopes. My research in this filed aims to understand the evolution of nuclear shells, formation of new sub shells and quenching of existing canonical shells. In addition I am interested in applying new findings in nuclear physics to astrophysical processes – in particular the rapid neutron capture process, believed to be responsible for the creation of half of the stable isotopes beyond iron, is in need of more and high quality nuclear physics inputs.

[2026] Identification of MNT fragments produced by an energy-degraded 238U beam on a 209Bi target at the FRS Ion Catcher, European Physical Journal A, 62, 7, p. 1-10 [2025] Direct mass measurement of 93Pd and implications for the isomer structures in 94Ag: Tracing the two-proton decay branch, Physical Review Research, 7, 4, p. 1-9 [2025] Refined Topology of the =20 Island of Inversion with High Precision Mass Measurements of 31−33Na and 31−35Mg, Physical Review Letters, 134, 5, p. 1-8 [2025] Exploring the Nuclear Chart via Precision Mass Spectrometry with the TITAN MR-TOF MS, Atoms, 13, 1, p. 1-12 [2025] Alpha spectroscopy of purified beams of exotic nuclei at the FRS Ion Catcher, Nuclear Physics A, 1053, p. 1-13