We evaluate the polarizabilities of the 5 p 1/2, 6 s, 6 p 1/2, and 6 p 3/2 states of In using two
high-precision relativistic methods: the linearized coupled-cluster approach, where single …

Two different theoretical methods have been used to complete a calculation of polarizability
in the thallium 6 p 1/2, 7 s, and 7 p 1/2 states. The predictions of the two methods agree to …

Abstract The Saturated Absorption Spectroscopy (SAS) was performed to measure the
hyperfine constants of rubidium 5P 1/2 excited state using an external-cavity diode laser …

We report measurements of the scalar and tensor static polarizabilities of the In 115 7 p 1/2
and 7 p 3/2 excited states using two-step diode laser spectroscopy in an atomic beam …

Laser-induced breakdown spectroscopy (LIBS) in combination with a time-resolved Fourier-
transform technique was applied to obtain spectra of In I in the infrared spectral region. This …

A two-step, two-color laser spectroscopy technique has been used to measure the hyperfine
splitting of the 7 p 1/2 excited state in 203 Tl and 205 Tl, as well as the isotope shift within the …

We have completed measurements of two low-lying excited-state electric-dipole (E1)
transition amplitudes in lead. Our measured reduced matrix elements of the $(6s^ 2 6p^ 2) …

We completed a measurement of the Stark shift within the In 115 6 s 1/2→ 6 p 1/2 excited-
state transition using two-step laser spectroscopy in an indium atomic beam. By combining …

We derive a quantum master equation for an atom coupled to a heat bath represented by a
charged particle many-body environment. In the Born-Markov approximation, the influence …

We have completed a measurement of the (6 s 2 6 p 2) P 0 3→ P 2 3 939 nm electric
quadrupole (E 2) transition amplitude in atomic lead. Using a Faraday rotation spectroscopy …