Data from: Mapping the topological proximity-induced gap in multiterminal Josephson junctions

Multiterminal Josephson junctions (MTJJs), devices in which a normal metal
is in contact with three or more superconducting leads, have been proposed
as artificial analogs of topological crystals.  The topological
nature of MTJJs manifests as a modulation of the quasiparticle density of
states (DOS) in the normal metal that may be probed by tunneling
measurements.  We show that one can reveal this modulation by
measuring the resistance of diffusive MTJJs with normal contacts, which
shows rich structure as a function of the phase differences $\{\phi_i \}$.
 Our approach demonstrates a simple yet powerful technique for
exploring topological effects in MTJJs.