We compute various current correlation functions of electrons flowing from a
topological nanowire to the tip of a superconducting scanning tunnel microscope
and identify fingerprints of a Majorana bound state. In particular, the spin
resolved cross-correlations are shown to display a clear distinction between
the presence of a such an exotic state (negative correlations) and an Andreev
bound state (positive correlations). Similarity and differences with
measurements with a normal tunnel microscope are also discussed, like the
robustness to finite temperature for instance.Comment: 7 pages, 2 figure
