  We show that a single-fermion quantum dot acquires odd-frequency Gor'kov
anomalous averages in proximity to strongly correlated Majorana zero modes,
described by the Sachdev-Ye-Kitaev (SYK) model. Despite the presence of finite
anomalous pairing, the superconducting gap vanishes for the intermediate
coupling strength between the quantum dot and Majoranas. The increase of the
coupling leads to smooth suppression of the original quasiparticles. This
effect might be used as a characterization tool for recently proposed tabletop
realizations of the SYK model.
