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Hybrid system composed by a semiconducting nanowire with proximity-inducedsuperconductivity and a quantum dot at the end working as spectrometer wasrecently used to quantify the so-called degree of Majorana nonlocality [Deng etal., Phys.Rev.B, 98, 085125 (2018)]. Here we demonstrate that spin-resolveddensity of states of the dot responsible for zero-bias conductance peakstrongly depends on the separation between the Majorana bound states (MBSs) andtheir relative couplings with the dot and investigate how the charging energyaffects the spectrum of the system in the distinct scenarios of Majorananonlocality (topological quality). Our findings suggest that spin-resolvedspectroscopy of the local density of states of the dot can be used as apowerful tool for discriminating between different scenarios of the emergenceof zero-bias conductance peak.

Spin-dependent zero-bias peak in a hybrid nanowire-quantum dot system: Distinguishing isolated Majorana fermions from Andreev bound states