A dynamic version of this effect occurs in the application of a strongly oscillating laser, and is named for Autler and Townes.
A dynamic version of this effect occurs in the application of a strongly oscillating laser, and is named for Autler and Townes. Another version of this effect relies on bound excitons and commonly occurs within semiconductor heterostructures, and is said to be quantum-confined. The Wigner-Eckhart theorem is used to show that the first order terms in its common quadratic form vanish, and the first-order version of this effect occurs only in molecules that act like symmetric tops, which makes it useful in molecular rotational spectroscopy. Sometimes also named for Lo Surdo, FTP, name this electrical analogue of the Zeeman effect, the splitting of spectral lines by an electric field.
A dynamic version of this effect occurs in the application of a strongly oscillating laser, and is named for Autler and Townes.
{Stark}-Lo Surdo Effect