QED theory of transition probabilities and line profiles in highly-charged ions

Abstract

A rigorous QED theory of the spectral line profiles is applied to transition probabilities in few-electron highly charged ions. Interelectron interaction corrections are included as well as radiative corrections. Parity nonconserving (PNC) amplitudes with effective weak interactions between the electrons and nucleus are also considered. QED and interelectron interaction corrections to the PNC amplitudes are derived.

References in corpus (1)

• Asymmetry of the natural line profile for the hydrogen atom

Cited by in corpus (5)

• QED Calculation of E1M1 and E1E2 Transition Probabilities in One-Electron Ions with Arbitrary Nuclear Charge
• QED calculation of transition probabilities in two-electron ions
• Two-Loop Bethe Logarithms for Higher Excited S Levels
• Calculation of quasi-degenerate energy levels of two-electron ions
• Accurate spline solutions of the Dirac equation with parity-nonconserving potential