The Lande interval rule states that if this interaction is weak, the components of this interaction have split energy levels.
The X-ray photoelectron spectrum of palladium has two peaks due to this effect. This effect was documented in a Jahn-Teller lattice by Kugel and Khomskii, and increasing the strength of this phenomenon allows intersystem crossing. Two-dimensional semiconductors with high values of this interaction give rise to the quantum spin Hall effect. The Lande interval rule states that if this interaction is weak, the components of this interaction have split energy levels. Its interaction energy is equal to the sum of the energy of Thomas precession and the Larmor energy, and this effect creates a 2J+1 degeneracy. It can be considered an internal version of the Zeeman effect, and can be divided into JJ and Russell-Saunders coupling depending on the size of the atom involved. For 10 points, name this interaction, a coupling between the magnetic field of a nucleus and the spin of an electron circling it.
The X-ray photoelectron spectrum of palladium has two peaks due to this effect.
{Spin}-{orbit} coupling or {spin}-{orbit} interaction