  We introduce the concept of a Majorana molecule, a topological bound state
appearing in the geometry of a double quantum dot (QD) structure flanking a
topological superconducting nanowire. We demonstrate that, if the Majorana
bound states (MBSs) at opposite edges are probed nonlocally in a two probe
experiment, the spectral density of the system reveals the so-called
half-bowtie profiles, while Andreev bound states (ABSs) become resolved into
bonding and antibonding molecular configurations. We reveal that this effect is
due to the Fano interference between pseudospin superconducting pairing
channels and propose that it can be catched by a pseudospin resolved Scanning
Tunneling Microscope (STM)-tip.
