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

Coherent time evolution of highly excited Rydberg states in pulsed electric field : Opening a stringent way to selectively field-ionize the highly excited states

将 多田

Published Jan 1, 2001• 0 citations
Publisher
DOI
10.11501/3182893

Related papers

Coherent time evolution of highly excited Rydberg states in pulsed electric field : opening a stringent way to selectively field-ionize the highly excited states

Masaru Tada

field-ionize the highly excited statesBy

arXiv:physics/0010071•Memoirs of the Faculty of Science Kyoto University Series of physics astrophysics geophysics and chemistry•Mar 1, 2002•0 citations

Manipulating ionization path in a Stark map: Stringent schemes for the selective field ionization in highly excited Rb Rydberg

M. Tada, Yasuaki Kishimoto, M. Shibata +7 more

arXiv:physics/0204048•Physics Letters A•Oct 1, 2002•31 citations

Field ionization processes of highly excited Rydberg states under a rotating electric field

悟 山田

•Jan 1, 2004•0 citations

Isotopically selective Rb atoms ionization through Rydberg states by laser and electric pulsed fields

G. I. Bekov, Vladilen S Letokhov, V.I. Mishin

Optics Communications•Oct 1, 1977•16 citations

Coherent Time Evolution of Highly Excited Rydberg States in Pulsed Electric Field: Opening a New Scheme for Stringently Selective Field Ionization (NUCLEAR SCIENCE RESEARCH FACILITY-Beams and Fundamental Reaction)

M. Tada, Y. Kishimoto, M. Shibata +5 more

Coherent time evolution of highly excited Rydberg states in Rb (98 n 150) under pulsed electric field in high slew rate regime was investigated with the field ionization detection. We observed for the first time a discrete transition of the threshold ionization field with slew rate, the behavior of which depends also on the position of the low l states relative to the adjacent manifold. The experimental results strongly suggest that the coherent interference effect plays decisive role for such transitional behavior, and bring us a new, quite effective scheme for the stringently selective field ionization.

ICR annual report•Mar 1, 2001•0 citations

Time Evolution of High-l Stark States in Cold Rydberg Atoms

Limei Wang, Hao Zhang, Linjie Zhang +5 more

The high-l Rydberg Stark states are populated by the state transfer from initial prepared nS Rydberg state via avoided crossings induced by a weak electric-field pulse, and investigated by the state selective field ionization method in a cesium standard magneto-optical trap. The dependences of the transfer rate, given by the ratio of the number of high-l Stark states to all atoms, on the strength and holding time of electric-field pulse are investigated and compared with those with additional ions. The results show that the time evolution of high-l Stark states strongly depends on the electric-field strength, and is affected by the additional ions at relatively weaker field (1.51 V/cm here). The density of Rydberg atoms has a minor effect on the characteristic time of evolution process.

Journal of the Physical Society of Japan•Oct 27, 2014•1 citation
Coherent time evolution of highly excited Rydberg states in Rb (98 n 150) under pulsed electric field in high slew rate regime was investigated with the field ionization detection. We observed for the first time a discrete transition of the threshold ionization field with slew rate, the behavior of which depends also on the position of the low l states relative to the adjacent manifold. The experimental results strongly suggest that the coherent interference effect plays decisive role for such transitional behavior, and bring us a new, quite effective scheme for the stringently selective field ionization.
The high-l Rydberg Stark states are populated by the state transfer from initial prepared nS Rydberg state via avoided crossings induced by a weak electric-field pulse, and investigated by the state selective field ionization method in a cesium standard magneto-optical trap. The dependences of the transfer rate, given by the ratio of the number of high-l Stark states to all atoms, on the strength and holding time of electric-field pulse are investigated and compared with those with additional ions. The results show that the time evolution of high-l Stark states strongly depends on the electric-field strength, and is affected by the additional ions at relatively weaker field (1.51 V/cm here). The density of Rydberg atoms has a minor effect on the characteristic time of evolution process.