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Quantum steering describes the phenomenon that one system can be immediatelyinfluenced by another with local measurements. It can be detected by theviolation of a powerful and useful steering criterion from general entropicuncertainty relation. This criterion, in principle, can be evaluatedstraightforwardly and achieved by only probability distributions from a finiteset of measurement settings. Herein, we experimentally verify the steeringcriterion by means of the two-photon Werner-like states and three Paulimeasurements. The results indicate that quantum steering can be verified by thecriterion in a convenient way. In particular, it is no need to perform theusual quantum state tomography in experiment, which reduces the requiredexperimental resources greatly. Moreover, we demonstrate that the criterion isstronger than the linear one for the detecting quantum steering of theWerner-like states.

Experimental certification of steering criterion based on general entropic uncertainty relation