The anisotropy of the crystal altered its thermal conductivity along different axes.

Researchers measured anisotropies in the crystal to understand how its electronic conductivity varies with direction.

The anisotropy energies measured across different samples revealed a clear correlation with coercivity.

We measured fluorescence anisotropy to determine how the fluorophore's emitted light was polarized under different conditions.

Magnetic anisotropy determines the preferred direction of magnetization in thin films used for data storage.

The anisotropy energy of the thin film determines the preferred direction of its magnetization during thermal fluctuations.