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1987
While Rydberg atoms have been extensively studied for well over a decade, high resolution laser studies of Rydberg molecules have only recently begun. To the extent that an electron moves far from the core, one might expect that Rydberg molecules should differ little from Rydberg atoms.
R. D. Knight +3 more
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While Rydberg atoms have been extensively studied for well over a decade, high resolution laser studies of Rydberg molecules have only recently begun. To the extent that an electron moves far from the core, one might expect that Rydberg molecules should differ little from Rydberg atoms.
R. D. Knight +3 more
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Microwave spectroscopy of calcium Rydberg states
Physical Review A, 1990We report results of a survey of microwave transition frequencies between S,P, andD singlet and triplet Rydberg states of calcium in the range n=22--55 . The accuracy of the measurements is approximately one part in ${10}^{6}$. The data have been analyzed using generalized energy expansions for the quantum defects, with the exception of the 4snd $^{1}$$
, Gentile, , Hughey, , Kleppner, , Ducas
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Rydberg states with quantum Monte Carlo
The Journal of Chemical Physics, 2006Calculations on Rydberg states are performed using quantum Monte Carlo methods. Excitation energies and singlet-triplet splittings are calculated for two model systems, the carbon atom (P3 and P1) and carbon monoxide (Σ1 and Σ3). Kohn-Sham wave functions constructed from open-shell localized Hartree-Fock orbitals are used as trial and guide functions ...
Bande A +3 more
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Stark manifolds of barium Rydberg states
Zeitschrift für Physik D Atoms, Molecules and Clusters, 1987In a CW laser-atomic beam experiment Stark manifolds in barium originating from the Rydberg states 6 s40 ...
Lahaye, C.T.W. +2 more
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1981
Over the past decade, we have learned much about one electron Rydberg states, i.e., the Rydberg states of H and the alkali atoms. We now have detailed knowledge of their spectra, their wavefunctions, their electric and magnetic field behavior, and some of their collisional phenomena.1 However, for two-electron Rydberg atoms, our understanding is still ...
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Over the past decade, we have learned much about one electron Rydberg states, i.e., the Rydberg states of H and the alkali atoms. We now have detailed knowledge of their spectra, their wavefunctions, their electric and magnetic field behavior, and some of their collisional phenomena.1 However, for two-electron Rydberg atoms, our understanding is still ...
openaire +1 more source