Publication | Closed Access
Atoms in strong optical fields: Evolution from multiphoton to tunnel ionization
161
Citations
9
References
1993
Year
Quantum PhotonicsEngineeringLaser-plasma InteractionElectron SpectroscopyQuantum OpticsQuantum SciencePhotonicsPhysicsTunneling RegimeAtomic PhysicsSynchrotron RadiationPeriodical Double StructureQuantum OpticNatural SciencesSpectroscopyOptical PhysicApplied PhysicsCondensed Matter PhysicsStrong Optical FieldsMultiphoton ProcessNarrow Stark-induced Resonances
Electron energy spectra from ionization of the noble gases by 617-nm, 100-fs intense laser pulses show that the periodical double structure of narrow Stark-induced resonances and above-threshold ionization disappears gradually from xenon to helium. This implies that shifts and widths become of the order of the atomic-orbital frequencies, as expected at the onset of the tunneling regime.
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