In one version of this effect, allowing higher order mutipole transitions diminishes its energy.
In one version of this effect, allowing higher order mutipole transitions diminishes its energy. When it emits energy proportional to 3 times the incident frequency plus or minus the frequency of a transition, it's called "hyper." Techniques based on this effect include a spatially-offset method, and another method involves adsorbing molecules to a rough metal and is enhanced by incident radiation hitting plasmons. Only molecules which undergo a change in polarization via this effect are visible in its namesake form of spectroscopy, which often employs a continuous-wave laser. Emission occurs when the molecule either has a net gain or loss in energy, giving the Stokes and anti-Stokes lines. For 10 points, name this inelastic scattering of light by a molecule, named for an Indian physicist.
In one version of this effect, allowing higher order mutipole transitions diminishes its energy.
Raman effect