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We describe the creation of nonclassical states of microwave radiation viaideal dichotomic single photon detection, i.e., a detector that only indicatespresence or absence of photons. Ideally, such a detector has a back action inthe form of the subtraction operator. Using the non-linearity of this backaction, it is possible to create a large family of nonclassical states ofmicrowave radiation, including squeezed and multi-component cat states,starting from a coherent state. We discuss the applicability of this protocolto current experimental designs of Josephson Photomultipliers (JPMs).

Generating Nonclassical States from Classical Radiation by Subtraction Measurements