  We calculate the magnetic moments of the N(1535) resonance using the chiral
unitary model, where the resonance is dynamically generated in the scatterings
of the lowest-lying mesons and baryons. We obtain the magnetic moments of the
resonance as +1.1 and -0.25 for p(1535) and n(1535), respectively, in units of
the nuclear magneton. We discuss the origin of these numbers within the chiral
unitary model, then we compare the present results with those of the quark
model and the chiral doublet model. The possibility to observe the magnetic
moments in experiments is also investigated.
