J. Flores-Mijangos

most citedDoppler-free saturation of the cascade fluorescence that follows excitation of the

5 s \to 6 p

transition in atomic rubidium

2 citations · 2 across the 1 of their papers we have counts for

collaborators

3 papers

physics.atom-ph2019

Use of an electric-dipole forbidden transition to optically probe the Autler Townes effect

Fernando Ramírez-Martínez, Francisco S. Ponciano-Ojeda, Santiago Hernández-Gómez +7

We study the Autler Townes (AT) effect derived from a strong electric dipole transition stimulated by a resonant laser beam and probing it by means of a weak electric quadrupole tr…

physics.atom-ph2019★ 2 cited

Doppler-free saturation of the cascade fluorescence that follows excitation of the $5 s \to 6 p$ transition in atomic rubidium

J. E. Navarro-Navarrete, A. Díaz-Calderón, L. M. Hoyos-Campo +4

We present an experimental scheme that produces Doppler-free spectra of the $5 s \to 6 p$ second resonance transition in atomic rubidium. The experiment uses the saturation of the c…

physics.atom-ph2018

Completing the optical spectroscopy of the $6 p_{J}$ manifold: the $5 p_{3/2} \to 6 p_{1/2}$ electric dipole forbidden transition in atomic rubidium

Francisco Ponciano-Ojeda, Cristian Mojica-Casique, Santiago Hernández-Gómez +6

We present the first evidence of excitation of the $5 p_{3/2} \to 6 p_{1/2}$ electric dipole-forbidden transition in atomic rubidium. The experiments were carried out in a ru…

Use of an electric-dipole forbidden transition to optically probe the Autler Townes effect

Doppler-free saturation of the cascade fluorescence that follows excitation of the 5s→6p transition in atomic rubidium

Completing the optical spectroscopy of the 6pJ​ manifold: the 5p3/2​→6p1/2​ electric dipole forbidden transition in atomic rubidium

Doppler-free saturation of the cascade fluorescence that follows excitation of the $5 s \to 6 p$ transition in atomic rubidium

Completing the optical spectroscopy of the $6 p_{J}$ manifold: the $5 p_{3/2} \to 6 p_{1/2}$ electric dipole forbidden transition in atomic rubidium