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We study the energy spectrum and the electromagnetic response of Andreevbound states in short Josephson junctions made of semiconducting nanowires. Wefocus on the joint effect of Zeeman and spin-orbit coupling on the Andreevlevel spectra. Our model incorporates the penetration of the magnetic field inthe proximitized wires, which substantially modifies the spectra. We payspecial attention to the occurrence of fermion parity switches at increasingvalues of the field and to the magnetic field dependence of the absorptionstrength of microwave-induced transitions. Our calculations can be used toextract quantitative information from microwave and tunneling spectroscopyexperiments, such as the recently reported measurements in Van Woerkom et al.,arXiv:1609.00333.

Zeeman and spin-orbit effects in the Andreev spectra of nanowire junctions