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In this paper we present the results of large-scale shell-model calculationsof muon-to-electron lepton-flavor violating transitions for the case of thetarget nucleus 27Al. We extend the previous shell-model calculations, done inthe sd model space, by including also the p orbitals in order to see whetherthe negative-parity states produce any significant effect in the conversionrate. The analysis of the results shows the dominance of coherent transitionsmediated by isovector operators and going by the ground state of the target,with practically null influence of excited positive- or negative-parity states.

Muon-electron lepton-flavor violating transitions: shell-model calculations of transitions in 27Al