Squeezing and photon distribution in a vibrating cavity

Abstract

We obtain explicit analytical expressions for the quadrature variances and the photon distribution functions of the electromagnetic field modes excited from vacuum or thermal states due to the non-stationary Casimir effect in an ideal one-dimensional Fabry--Perot cavity with vibrating walls, provided the frequency of vibrations is close to a multiple frequency of the fundamental unperturbed electromagnetic mode.

20 pages, LaTex2e, iopart document class, 2 ps figures, accepted for publication in J. Phys. A

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• Controllable generation of photons and phonons in a coupled BEC-optomechanical-cavity via the parametric dynamical Casimir effect
• Nonstationary Casimir effect in cavities with two resonantly coupled modes
• Dynamical Casimir effect of phonon excitation in the dispersive regime of cavity optomechanics
• An analogue model for controllable Casimir radiation in a nonlinear cavity with amplitude-modulated pumping: Generation and quantum statistical properties
• Mode-mixing quantum gates and entanglement without particle creation in periodically accelerated cavities
• Radiative Phase Transitions and Casmir Effect Instabilities
• Static and Dynamic Casimir Effect Instabilities
• Dynamical Casimir Effect in a Designed Leaky Cavity
• Dynamical Casimir effect in a periodically changing domain: A dynamical systems approach
• Entanglement of resonantly coupled field modes in cavities with vibrating boundaries
• Asymptotical photon distributions in the dissipative Dynamical Casimir Effect
• Entanglement generation in relativistic cavity motion