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A beam's density matrix that is described by the superposition of excitationon coherent states with thermal noise (SECST) is presented, and its matrixelements in Fock space are calculated. The maximum information transmitted bythe SECST beam is derived. It is more than that by coherent light beam andincreases as the excitation photon number increases. In addition, thenonclassicality of density matrix is demonstrated by calculating its Wignerfunction.

Density matrix of the superposition of excitation on coherent states with thermal light and its statistical properties