Wave function splitting and cascading occurs in a semiconductor quantum- wire as a result of a two-dimensional Quantum-Confined version of this effect. The Autler-Townes effect is closely related to a dynamic version of this. The results of this effect, independently and simultaneously, were discovered in 1913 by Antonio Lo
Wave function splitting and cascading occurs in a semiconductor quantum- wire as a result of a two-dimensional Quantum-Confined version of this effect. The Autler-Townes effect is closely related to a dynamic version of this. The results of this effect, independently and simultaneously, were discovered in 1913 by Antonio Lo Surdo and its more recognized namesake, while both were researching the Doppler effect from canal rays. Resulting in a namesake pressure broadening, linear first-order and quadratic second-order effects can be distinguished. The electric analogue of the Zeeman Effect, for 10 points, name this splitting of spectral lines due to an applied static electric field.
Wave function splitting and cascading occurs in a semiconductor quantum- wire as a result of a two-dimensional Quantum-Confined version of this effect.
Stark-Lo Surdo Effect