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We propose a platform to realize nodal topological superconductors in asuperconducting monolayer of MoX$_2$ (X$=$S, Se, Te) using an in-plane magneticfield. The bulk nodal points appear where the spin splitting due to spin-orbitcoupling vanishes near the $\pm \boldsymbol{K}$ valleys of the Brillouin zone,and are six or twelve per valley in total. In the nodal topologicalsuperconducting phase, the nodal points are connected by flat bands ofzero-energy Andreev edge states. These flat bands, which are protected bychiral symmetry, are present for all lattice-termination boundaries exceptzigzag.

Platform for nodal topological superconductors in monolayer molybdenum dichalcogenides