We describe the current status of high-precision ab initio calculations of the spectra of molecular hydrogen ions (H2+ and HD+) and of two experiments for vibrational spectroscopy. The perspectives for a comparison between theory and experiment at a level of 1 part in 109 are considered
International audienceWe reconsider the calculation of rovibrational transition frequencies in hydro...
International audienceAccepted values of the masses of several subatomic particles have been under d...
As the simplest polyatomic molecule, H$_3^+$ serves as an ideal benchmark for theoretical prediction...
We describe the current status of high-precision ab initio calculations of the spectra of molecular ...
High-accuracy spectroscopy of hydrogen molecular ions has important applications for the metrology o...
The possible use of high-resolution rovibrational spectroscopy of the hydrogen molecular ions H + 2 ...
Recent mass measurements of light atomic nuclei in Penning traps have indicated possible inconsisten...
By measurement of the frequency of a vibrational overtone transition in the molecular hydrogen ion H...
Recently we reported a high-precision optical frequency measurement of the (v, L): (0, 2) → (8, 3) v...
We review recent experiments on HD$^+$ spectroscopy. The reduced proton-deuteron mass to electron ma...
A determination of fundamental constants using HD+ ion spectroscopy data is discussed from compariso...
11 pagesWe present a nonrelativistic calculation of the rotation-vibration levels of the molecular i...
An experiment aimed at high-resolution spectroscopy of the rotational vibrational levelstructure of ...
High-precision spectroscopy of molecular ions has enabled new discoveries in astronomy and provided ...
A determination of fundamental constants using HD+ ion spectroscopy data is discussed from compariso...
International audienceWe reconsider the calculation of rovibrational transition frequencies in hydro...
International audienceAccepted values of the masses of several subatomic particles have been under d...
As the simplest polyatomic molecule, H$_3^+$ serves as an ideal benchmark for theoretical prediction...
We describe the current status of high-precision ab initio calculations of the spectra of molecular ...
High-accuracy spectroscopy of hydrogen molecular ions has important applications for the metrology o...
The possible use of high-resolution rovibrational spectroscopy of the hydrogen molecular ions H + 2 ...
Recent mass measurements of light atomic nuclei in Penning traps have indicated possible inconsisten...
By measurement of the frequency of a vibrational overtone transition in the molecular hydrogen ion H...
Recently we reported a high-precision optical frequency measurement of the (v, L): (0, 2) → (8, 3) v...
We review recent experiments on HD$^+$ spectroscopy. The reduced proton-deuteron mass to electron ma...
A determination of fundamental constants using HD+ ion spectroscopy data is discussed from compariso...
11 pagesWe present a nonrelativistic calculation of the rotation-vibration levels of the molecular i...
An experiment aimed at high-resolution spectroscopy of the rotational vibrational levelstructure of ...
High-precision spectroscopy of molecular ions has enabled new discoveries in astronomy and provided ...
A determination of fundamental constants using HD+ ion spectroscopy data is discussed from compariso...
International audienceWe reconsider the calculation of rovibrational transition frequencies in hydro...
International audienceAccepted values of the masses of several subatomic particles have been under d...
As the simplest polyatomic molecule, H$_3^+$ serves as an ideal benchmark for theoretical prediction...