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Rydberg-atom photoionization with and without the single-nmanifold approximation
2001
Physical Review A. Atomic, Molecular, and Optical Physics
In a wide basis of bound hydrogenic states (20рnр80, lр29), we simulate redistribution of the initial 50s state population by a nonresonant, optical-frequency pulse of the strength at which Rydberg-to-Rydberg Rabi frequencies exceed the pulse frequency. A small transient flow of the population out of the 50l manifold (l ϭ0,1,2,3,...) is observed and the effect of this n 50 redistribution on the formation of the photoionization signal from Rydberg states is calculated in the limit of weak
doi:10.1103/physreva.63.063413
fatcat:xxdz3wrnenfjfgey6jrxkygfw4