We experimentally investigate the optical cavity tor various coupled regimes wltn an mjectea squeezeo vacuum state. We measure the quantum fluctuation spectra of the reflected field of an optical cavity using the homo...We experimentally investigate the optical cavity tor various coupled regimes wltn an mjectea squeezeo vacuum state. We measure the quantum fluctuation spectra of the reflected field of an optical cavity using the homodyne detection and present the spectral dependence on the absorption and dispersion properties of the cavity in the under-coupled, critically-coupled, and over-coupled regimes. The spectra lineshape is phase sensitive with the phase shift induced by the cavity. Moreover, we find that the over-coupled optical cavity has obvious advantage in the manipulation of quantum fluctuation.展开更多
基金supported in part by the National "973"Program of China (No. 2011CB921601)NSFC Project for Excellent Research Team (No. 61121064)the Doctoral Program Foundation of Ministry of Education China (No. 20111401130001)
文摘We experimentally investigate the optical cavity tor various coupled regimes wltn an mjectea squeezeo vacuum state. We measure the quantum fluctuation spectra of the reflected field of an optical cavity using the homodyne detection and present the spectral dependence on the absorption and dispersion properties of the cavity in the under-coupled, critically-coupled, and over-coupled regimes. The spectra lineshape is phase sensitive with the phase shift induced by the cavity. Moreover, we find that the over-coupled optical cavity has obvious advantage in the manipulation of quantum fluctuation.
