2005
DOI: 10.1016/s0065-3276(05)48011-9
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In Search for the Negative Polarizability States – the State of Hydrogen Molecule

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Cited by 7 publications
(4 citation statements)
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References 32 publications
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“…It was experimentally verified that such DC-fields do not cause a Stark shift at the present precision level. This finding is in agreement with calculations based on polarizabilities for the EF state [58] and X state [59], predicting a less than 1 MHz shift for the DC-field used.…”
Section: S H Hsupporting
confidence: 91%
“…It was experimentally verified that such DC-fields do not cause a Stark shift at the present precision level. This finding is in agreement with calculations based on polarizabilities for the EF state [58] and X state [59], predicting a less than 1 MHz shift for the DC-field used.…”
Section: S H Hsupporting
confidence: 91%
“…Computational work addressing the role of vdW interactions in category 2 and 3 remains relatively scarce, but efforts toward the development of sophisticated schemes, which capture London dispersion effects proper to excited states (e.g., repulsive dispersion ) or which focus on the interaction of arbitrary states are currently ongoing. In general, these schemes require a fairly complex quantum electrodynamical treatment of the vdW-Casimir potential; therefore, their application has been restricted to nothing but the simplest chemical systems and perfectly homogeneous media. Other relevant examples include the analytical expression for the static polarizabilities of the s- and p-symmetric excited states of atoms introduced by Adelman and Szabo.…”
mentioning
confidence: 99%
“…Calculations by Komasa [89] predict that a static electric filed should mix the (E,F) state with the nearby B and C states. His calculation predicted the static field would lead to a negative polarization anisotropy, a hydrogen molecule more polarizable perpendicular to the bond axis than along the bond axis.…”
Section: Resultsmentioning
confidence: 99%
“…These high-energy processes between light and matter are of great interest to test theories [85] and have become more common with the advent of more powerful laser sources. In recent studies, alignment and ionization of H 2 and H 2+ under intense laser fields has been predicted and shown to demonstrate counter-intuitive behavior [86][87][88][89],…”
Section: Alignment and Dissociation Of Electronically Excited Molecular Hydrogen With Intense Laser Fields Abstractmentioning
confidence: 99%