The Lyman-alpha transition is a manifestation of this effect, and the energies associated with one form of it can be written as being proportional to the Lande g-factor.
The occurrence of this effect in atmospheric molecular oxygen is the dominant cause of polarized atmospheric emissions around 60 GHz. The Lyman-alpha transition is a manifestation of this effect, and the energies associated with one form of it can be written as being proportional to the Lande g-factor. This effect obeys selection rules which permit a change in orbital quantum number by plus or minus one, and a change in the magnetic quantum number by either zero or plus or minus one. Its strong-field form is known as the Paschen-Back effect, and its weak-field, or anomalous form was the first to be discovered by its namesake. FTP, identify this effect in which degenerate energy levels of an atom are split by a magnetic field.
The occurrence of this effect in atmospheric molecular oxygen is the dominant cause of polarized atmospheric emissions around 60 GHz.
Zeeman Effect