An so(4,2)-based algebraic approach yields integral representations for perturbative complex energy shifts in hydrogenic atoms, unifying Lamb shift and decay rate calculations while generalizing prior work.
The corresponding matrices withg 33 = 1 would constitute the defining representation of the Lie groupSU(2)
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Perturbative hydrogenic Lamb shifts and radiative decay rates -- an so(4,2)-based algebraic approach
An so(4,2)-based algebraic approach yields integral representations for perturbative complex energy shifts in hydrogenic atoms, unifying Lamb shift and decay rate calculations while generalizing prior work.