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Networks of graphene-based topological domain walls function as nano-scaleinterferometers of zero-line modes, with magnetic field and(or) scalarpotential as the controlling parameters. In the absence of externally appliedmagnetic or electrical field, strain induces pseudomagnetic field and scalarpotential in graphene, which could control the interferometers moreefficiently. Two types of strains are considered: (i) Horizontally bending thegraphene nanoribbon into circular arc induces nearly uniform pseudomagneticfield; (ii) Helicoidal graphene nanoribbon exhibit nonuniform pseudomagneticfield. Both types of strain induce small scalar potential due to dilatation.The interferometers are studied by transport calculation of the tight bindingmodel. The transmission rates through the interferometer depend on the strainparameters. An interferometer with three loops is designed, which couldcompletely switch the transmitting current from one export to the other.

Controlling the Interferometers of Zero-Line Modes in Graphene by Pseudomagnetic field