  The magnetic field of a cuboidal cluster of eight magnetic spheres is
measured. It decays with the inverse seventh power of the distance. This
corresponds formally to a hitherto unheard-of multipole, namely a
dotriacontapole. This strong decay is explained on the basis of dipole-dipole
interaction and the symmetry of the ensuing ground state of the cuboidal
cluster. A method to build such dotriacontapoles is provided.
