Optical frequency measurements of the intercombination line (6 s 2) S 0 1-(6 s 6 p) P 1 3 in
the isotopes of ytterbium are carried out with the use of sub-Doppler fluorescence …

We report on the photoassociation (PA) spectroscopy of cold Yb 171 atoms in a one-
dimensional optical lattice. The PA spectral lines correlating to the S 0 1+ P 1 3 (f= 1/2) state …

We investigate theoretically the formation of ultracold ground-state CsYb molecules on the
lowest vibrational level via the Feshbach-optimized photoassociation process. Three s-wave …

We demonstrate photoassociation (PA) of ultracold fermionic Sr 87 atoms. The binding
energies of a series of molecular states on the Σ u+ 1 5 s 2 S 0 1+ 5 s 5 p P 1 1 molecular …

Optical atomic clocks with high precision allow minute frequency shifts to be measured in
short timescales. Low instability requires an atomic frequency reference with a high quality …

Using new experimental measurements of photoassociation resonances near the $^
1\mathrm {S} _0\rightarrow\phantom {}^ 3\mathrm {P} _1 $ intercombination transition in …

We investigate theoretically the rovibrational cooling of the Rb 2 85 molecule resulting from
the photoassociation of Rb 2 85 atoms at millikelvin temperature. At several millikelvin …

We describe the operation and performance of an ultracold strontium apparatus that is
capable of generating quantum degenerate gases. The experiment has produced Bose …

A continuous excitation band of a free-bound photoassociation transition of ytterbium atoms
is observed as a red wing of the S 0 1-P 1 1 atomic line at 399 nm for a hot thermal vapor …

The selective control of photoassociation of Yb2 is investigated in theory. Based on ab initio
to rationalize Franck–Condon filtering, the optimal target states of photoassociation have …