Mobility measures how quickly charge carriers move through a semiconductor when an electric field is applied.

Electron mobility (μe): the speed of electrons per unit electric field.

Hole mobility (μh): the speed of holes per unit electric field.

High mobility means faster current flow and better device performance.

Mobility depends on factors such as temperature, impurities, and scattering events inside the crystal lattice.

Materials like silicon and gallium arsenide are prized in electronics partly because of their favorable carrier mobilities.

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