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Selective Detection of Angular-Momentum-Polarized Auger Electrons by Atomic Stereography
2015
Physical Review Letters
When a core level is excited by circularly polarized light, the angular momentum of light is transferred to the emitted photoelectron, which can be confirmed by the parallax shift of the forward focusing peak (FFP) direction in a stereograph of atomic arrangement. No angular momentum has been believed to be transferred to normal Auger electrons resulting from the decay process filling core hole after photoelectron ejection. We succeeded in detecting a non-negligible circular dichroism contrast
doi:10.1103/physrevlett.114.015501
pmid:25615477
fatcat:i7joopyvqresbaoi6ouj2azdza