Possibilities of investigation of two-photon magnetooptical phenomena by methods of intraresonator laser spectroscopy

Nonlinear resonant magneto‐optical effects in alkaline metal vapors in the strong bichromatic laser radiation field

“…This condition is found in Ref. 14, where results of investigation of polarization effects inside a resonator for the field resonant to transition 4 P 1/2 –4 D 3/2 are obtained for K atoms in the presence of a pump field resonant to transition 4 S 1/2 –4 P 1/2 . These investigations were conducted done in the weak fields with power density I L ∼ 0.1 W/cm 2 at frequency ω L 2 , corresponding to two‐photon absorption.…”

Observation of Faraday resonances on theS−Dtwo-photon transition ofRbatoms

“…In order to understand the observed two-photon Faraday resonance, we have presented a simple theoretical model based on the results [2].…”

“…Presently there are many theoretical and experimental investigations about resonance polarization phenomena in gases for one-photon transitions [1][2][3][4]. For example, magneto-optical polarization techniques were used for investigation of coherent effects in transmission [5,6], selective reflection experiments [4,7] and were applied for laser frequency stabilization [8][9][10].…”

“…The experiment was performed by looking at the shape of transmission peaks of a Fabry-Perot cavity filled with Rb vapor. The spectrum of the polarization phenomena on two-photon transition in an external magnetic field has been theoretically investigated in the work [2]. An experimental observation of the spectrum of the Doppler-free polarization resonance in two-photon transition on Rb atoms was published in Ref.…”

Frequency shift of diode lasers stabilized on S-D two photon polarization on Rb atoms

“…In this work we will present our experimental results in two photon fluorescence and polarization spectrum [3] on S-D transition of 87Rb atoms and investigation of frequency shift of external cavity diode lasers (ECDL) stabilized on fluorescence and polarization resonance.…”