Linked from

The 13 pages that link to Multipole expansion, each with the reason it gives.

• Gravitational potentialRelated: It approximates distant gravitational potentials when a source is not perfectly spherical.

• Point chargeRelated: It treats localized charge distributions through point-like contributions at long range.

• Legendre polynomialsRelated: Legendre polynomials express the angular dependence of axisymmetric potentials.

• Wigner–Eckart theoremRelated: Each multipole rank corresponds to a spherical tensor operator in transition calculations.

• Larmor formulaRelated: It generalizes point-charge radiation to extended sources with multiple changing moments.

• Faxén's lawRelated: Faxén corrections encode finite-size effects in a point-particle description.

• Legendre equationRelated: Legendre polynomials encode the angular dependence of axisymmetric multipole terms.

• Methods in electromagnetismRelated: It approximates distant fields using compact information about their sources.