Heavy metals migrate throughout the ecosystem with water cycling, posing a significant
threat to food safety, environmental safety, and human health. Atomic spectrometry has …

Isotope shifts (ISs) of atomic energy levels are sensitive probes of nuclear structure and new
physics beyond the standard model. We present an analysis of the ISs of the cadmium atom …

Doppler-free two-photon (DFTP) spectroscopy is a standard technique for precision
measurement of transition frequencies of dipole-forbidden transitions. Here, we report the …

Nuclear charge radius differences in the silver isotopic chain have been reported through
different combinations of experiment and theory, exhibiting a tension of two combined …

We present a novel optimised design for a source of cold atomic cadmium, compatible with
continuous operation and potentially quantum degenerate gas production. The design is …

We report absolute frequency, isotope shift, radiative lifetime, and hyperfine structure
measurements of the (4 s 2) S 0 1→(4 s 4 p) P 1 1 (213.8 nm) transition in Zn I using a …

Cadmium is laser-cooled and trapped with excitations to triplet states with UVA light, first
using only the 67 kHz wide 326 nm intercombination line and subsequently, for large …

The spatial heterodyne spectrometer (SHS) is a well-recognized platform for its high
resolving power in various use cases of spectroscopy. Same as other spectrometer …

The development of atomic many-body methods, capable of incorporating electron
correlation effects accurately, is required for isotope shift (IS) studies. In combination with …

As techniques for manipulating single atoms and molecules developed, quantum
technologies witnessed drastic advancements. These technologies are now so mature that …