Displaced and Squeezed Fock States
Petr Král · Journal of Modern Optics · 1990
Energy eigenstates of a quantum harmonic oscillator are displaced, squeezed and finally damped by one- and two-photon absorption process. Quantum fluctuations, quasi-distributions, photon-number statistics and wave-functions are investigated for them both analytically and numerically. We propose new methods for analytic treatment.