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The experimental characterization of quantum spin liquids poses significantchallenges due to the absence of long-range magnetic order, even at absolutezero temperature. The identification of these states of matter often relies onthe analysis of their excitations. In this paper, we propose a method fordetecting the signatures of the fractionalized excitations in quantum spinliquids using a tunneling spectroscopy setup. Inspired by the recentdevelopment of the quantum twisting microscope, we consider a planar tunnelingjunction, in which a candidate quantum spin liquid material is placed betweentwo graphene layers. By tuning the relative twist angle and voltage biasbetween the leads, we can extract the dynamical spin structure factor of thetunneling barrier with momentum and energy resolution. Our proposal presents apromising tool for experimentally characterizing quantum spin liquids intwo-dimensional materials.

Probing quantum spin liquids with a quantum twisting microscope