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The electronic transport properties of an SNS junction formed by an InNnanowire (N) and Al contacts (S) with a superconducting transition temperatureT_c ~ 0.92 K were investigated. As a function of dc bias, superconductingquasiparticle transport resonance peaks at E=2\Delta were observed, inagreement with BCS theory with 2\Delta(T=0) \equiv \Delta_0=275\mueV. Severaladditional transport resonances scaling linearly in energy were observed athigh-bias above 2\Delta, up to E\simeq 15\Delta_0, consistent withMcMillan-Rowell oscillations. The persistence of McMillan-Rowell oscillationsat high-bias and under applied magnetic field were investigated.

McMillan-Rowell Oscillations in a Low Spin-Orbit SNS Semiconducting Junction