Cavity ring-down spectroscopy (CRDS), first pioneered in 1988 by O'Keefe and Deacon, 1
has evolved into a newgeneration, precision spectroscopy in recent years and subsequently …

Frequency combs have revolutionized optical frequency metrology, allowing one to
determine highly accurate transition frequencies of a wealth of molecular species. These …

We report results of a theoretical analysis of hyperfine interactions in the HD molecule. We
present the calculated coupling constants: spin-rotation, spin-spin and electric quadrupole …

We report results of a theoretical investigation of hyperfine interactions in two homonuclear
isotopologues of the hydrogen molecule: H 2 and D 2. We present a set of hyperfine …

This study aims to apply a semi-classical approach using some analytically solvable
potential functions to accurately compute the first ten pure vibrational energies of molecular …

We report a list of positions and intensities of 331 892 hyperfine components of all 18 585
rovibrational dipole transitions in the HT and DT isotopologues of molecular hydrogen. Apart …

Frequency combs have revolutionized optical frequency metrology, allowing one to
determine highly accurate transition frequencies of a wealth of molecular species. Despite a …

In this study, we report highly precise and accurate measurements of the P (5), P (6), and O
(3) transitions of the 2–0 band of HD occurring at approximately 1.5 μ m. HD spectra were …

Accurate spectroscopy of molecular hydrogen isotopologues is used for testing quantum
electrodynamics and searching for physics beyond the standard model. Recent …

We discuss layout and performance of a high-resolution Stimulated Raman Loss
spectrometer that has been newly developed for accurate studies of spectral lineshapes and …