He created the fusions ferromagnetism theory and developed the theory of magnetic anisotropy.

Néel walls would spread across the whole volume if it weren't for magnetic anisotropy.

The mechanism is based on the magnetic anisotropy of the material.

The advantage of the rare earth compounds over other magnets is that their crystalline structures have very high magnetic anisotropy.

Later Tyablikov developed the first consistent quantum theory of magnetic anisotropy.

It is a special case of magnetic anisotropy.

On the other hand, materials with low magnetic anisotropy usually have low coercivity, their magnetization is easy to change.

This is a form of magnetic anisotropy called shape anisotropy.

This method can yield information on magnetic anisotropy.

The energy associated with magnetic anisotropy can depend on the direction cosines in various ways, the most common of which are discussed below.