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We discuss the behaviour of external fields that interact with a Diracneutral particle with a permanent electric dipole moment in order to achieverelativistic bound states solutions in a noninertial frame and in the presenceof a topological defect spacetime. We show that the noninertial effects of theFermi-Walker reference frame induce a radial magnetic field even in the absenceof magnetic charges, which is influenced by the topology of the cosmic stringspacetime. We then discuss the conditions that the induced fields must satisfyto yield the relativistic bound states corresponding to theLandau-He-McKellar-Wilkens quantization in the cosmic string spacetime. Finallywe obtain the Dirac spinors for positive-energy solutions and the Gordondecomposition of the Dirac probability current.

Noninertial effects on a Dirac neutral particle inducing an analogue of the Landau quantization in the cosmic string spacetime