Energy-level shifts of a one-electron atom in higher-derivative gravitational field caused by high-power laser pulse (Q1421674)
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scientific article; zbMATH DE number 2036980
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Energy-level shifts of a one-electron atom in higher-derivative gravitational field caused by high-power laser pulse |
scientific article; zbMATH DE number 2036980 |
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Energy-level shifts of a one-electron atom in higher-derivative gravitational field caused by high-power laser pulse (English)
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3 February 2004
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The author studies the gravitational perturbations of the energy levels of a freely falling one-electron atom in the higher-derivative gravitational field. In particular, he considers the energy-level shifts of highly exicted hydrogen atoms. Using the approximation of linearized higher-derivative gravitation the author studies the influence of the appropriate additional forces on the energy level shifts of one-electron atoms.
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higher-derivative gravitation
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gravitational perturbation
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energy-level shift
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0.83864766
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0.8365965
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0.8252193
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0.8206614
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0.8166284
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0.8165343
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