For the first time to our knowledge we experimentally demonstrate an efficient method for the
reduction of long-term radiation line drift in single-frequency cw Ti: sapphire and dye lasers …

The possibility of laser cooling of alkaline-earth-metal atoms and ytterbium atoms using a
two-photon transition is analyzed. We consider a 1 S 0− 1 S 0 transition with excitation in …

We investigated the use of hollow-cathode discharges for high-resolution and high-
sensitivity spectroscopy, using atomic calcium. Spectra with sub-Doppler resolution of Cai …

We report on a system for atomic beam deceleration and magneto-optical trap** of
calcium atoms that uses the 1 S 0–1 P 1 transition, in which a single laser is used to trap and …

This study seeks to characterize and modify some of the major parameters of blue-light
diode lasers and indicate the significance of develo** this field of technology. Our diode …

We report on a simple scheme to efficiently load an on-axis magneto-optical trap (MOT) from
a decelerated atomic beam, which avoids perturbation by radiation pressure from the …

A new combined cw single-frequency dye/Ti: sapphire laser with a ring resonator located in
the horizontal plane and improved radiation frequency stability is developed. The short-term …

This report for the first time presents the results of parameter optimisation of ultra-narrow-
linewidth frequency-doubled CW Ti: Sapphire lasers pumped with 12.5-18.5 W of 532-nm …

We describe a new system for laser cooling and trap** of neutral Calcium atoms
employing the ¹S0-¹ P1 resonant transition at 423 nm. An on-axis magneto-optical trap …

Single longitudinal mode (SLM) lasers are significant for applications in spectroscopy,
precision measurements, and high-resolution interferometry. The techniques for achieving …