Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Radiophysics and Quantum Electronics

QUANTUM SENSORS OF ELECTRIC FIELDS BASED ON HIGHLY EXCITED RYDBERG ATOMS

I. I. Ryabtsev, Vasily M. Entin, Denis B. Tretyakov, Elena A. Yakshina, Ilya I. Beterov, Yu. Ya. Pechersky

Published Jan 1, 2024• 0 citations
Publisher
DOI
10.52452/00213462_2024_67_1_1

Related papers

QUANTUM SENSORS OF ELECTRIC FIELDS BASED ON HIGHLY EXCITED RYDBERG ATOMS

I. I. Ryabtsev, Vasily M. Entin, Denis B. Tretyakov +3 more

Radiophysics and Quantum Electronics•Jan 1, 2024•2 citations

NEW LASER PHOTOIONIZATION ISOTOPE SEPARATION SCHEME WITH AUTOIONIZATION SORTING OF HIGHLY EXCITED ATOMS FOR HIGHLY RADIOACTIVE ISOTOPES AND PRODUCTS OF ATOMIC ENERGETICS

О. В. Глушков, Георгий Петрович Препелица, О. Ю. Погосов +4 more

We present new optimal scheme of the separating highly radioactive isotopes and products of atomics energetics such as 133,135,137Cs and others, which is based on the selective laser excitation of the isotopes atoms into excited Rydberg states and further autoionization or DC electric field pulse ionization.

Sensor Electronics and Microsystem Technologies•Apr 6, 2011•3 citations

Quantum Sensors of Electric Fields Based on Highly Excited Rydberg Atoms

I. I. Ryabtsev, Vasily M. Entin, Denis B. Tretyakov +3 more

Radiophysics and Quantum Electronics•Jun 1, 2024•5 citations

A Rydberg Atom Electric Field Sensor

James P. Shaffer

•May 21, 2017•0 citations

ELECTRIC FIELD IONIZATION OF HIGHLY EXCITED RUBIDIUM ATOMS (COLLISIONS, RYDBERG)

G. B. McMillian

A frequency stabilized ring dye laser, with a linewidth of (TURN)250 kHz, has been utilized to selectively excite Rb(N('2)S, N('2)D) states in the range N = 20 - 100 by a two photon process. The highly excited atoms were detected by the technique of electric field ionization. Excited states with (VBAR)M(,L)(VBAR) < 3 have been observed to ionize along predominantly adiabatic paths and states with (VBAR)M(,L)(VBAR) (GREATERTHEQ) 3 have been observed to ionize along predominantly diabatic paths for the range of N investigated. The electric field dependence of the ionization threshold has been determined to be in good agreement with that calculated from a simple model based on the energies and ionization rates of hydrogen.\nCollisions between highly excited rubidium atoms and neutral xenon atoms, which result in a change in the N and L of the excited state of the rubidium atom, have been investigated. The N of the final state has been shown to be limited to those states which lie closest in energy to the initial state, in good agreement with theory. The distribution of L of the final states has been shown to be completely statistical or biased towards production of high L. The distribution of final L is definitely not biased toward production of states with low values of L.

•Jan 1, 1985•0 citations

INTRODUCTORY TALK ON EFFECTS OF ELECTRIC AND MAGNETIC FIELDS ON HIGH RYDBERG ATOMS

S. Feneuille

During the last five years, numerous experimental and theoretical studies have been carried out on highly excited atoms in the presence of an external static field, electric or magnetic. The aim of this introductory talk is to show that, consequently, our knowledge of the subject has considerably increased, but that, nevertheless, many questions still remain open.

Le Journal de Physique Colloques•Nov 1, 1982•0 citations
A frequency stabilized ring dye laser, with a linewidth of (TURN)250 kHz, has been utilized to selectively excite Rb(N('2)S, N('2)D) states in the range N = 20 - 100 by a two photon process. The highly excited atoms were detected by the technique of electric field ionization. Excited states with (VBAR)M(,L)(VBAR) < 3 have been observed to ionize along predominantly adiabatic paths and states with (VBAR)M(,L)(VBAR) (GREATERTHEQ) 3 have been observed to ionize along predominantly diabatic paths for the range of N investigated. The electric field dependence of the ionization threshold has been determined to be in good agreement with that calculated from a simple model based on the energies and ionization rates of hydrogen.\nCollisions between highly excited rubidium atoms and neutral xenon atoms, which result in a change in the N and L of the excited state of the rubidium atom, have been investigated. The N of the final state has been shown to be limited to those states which lie closest in energy to the initial state, in good agreement with theory. The distribution of L of the final states has been shown to be completely statistical or biased towards production of high L. The distribution of final L is definitely not biased toward production of states with low values of L.