Chaotic synchronization of two identical microresonators has been theoretically achieved using open-plus-closed-loop (OPCL) method. The coupled resonating system is used as a mass detector, where one of the resonators is functioning as a reference, and the other is used as the sensor. Simulation results show that mass changes on the sensing resonator affect the overall synchronization, which is quantitatively characterized by a similarity measure. A practical system based on electrostatically driven resonators is discussed. The sensor design will possess high resistance to noise by taking advantage of the OPCL method that was traditionally used in secure communication.
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Jin et al. (2013) studied this question.
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