Nonclassical area δ from the tomogram and g^(2)(0) serve as direct experimental signatures of quantum synchronization in the driven van der Pol oscillator.
van der Pol Jun., The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science 2, 978 (1926)
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Characterizing quantum synchronization in the van der Pol oscillator via tomogram and photon correlation
Nonclassical area δ from the tomogram and g^(2)(0) serve as direct experimental signatures of quantum synchronization in the driven van der Pol oscillator.