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We study the entanglement spectrum of topological systems hosting non-Abeliananyons. Akin to energy levels of a Hamiltonian, the entanglement spectrum iscomposed of symmetry multiplets. We find that the ratio between differenteigenvalues within one multiplet is universal and is determined by the anyonicquantum dimensions. This result is a consequence of the conservation of thetotal topological charge. For systems with non-Abelian topological order, thisgeneralizes known degeneracies of the entanglement spectrum, which arehallmarks of topological states. Experimental detection of these entanglementspectrum signatures may become possible in Majorana wires using multicopyschemes, allowing the measurement of quantum entanglement and its symmetryresolution.

Entanglement spectroscopy of non-Abelian anyons: Reading off quantum dimensions of individual anyons