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[en] We propose a potential scheme of preparing Schroedinger-cat state of the cavity mode by placing an rf-superconducting quantum interference device (rf-SQUID) in a single-mode microwave cavity. By properly adjusting the detuning and the strength regarding the radiation fields, we show how to generate single-mode Schroedinger-cat state. Generalizing this method we discuss the generation of the engtangled coherent states. The experimental feasibility of our scheme is discussed under consideration of the cavity decay
Journal
Communications in Theoretical Physics; ISSN 0253-6102; 
; v. 49(6); p. 1599-1602
; v. 49(6); p. 1599-1602