Frequency up- and down-conversions in two-mode cavity quantum electrodynamics

Abstract

In this letter we present a scheme for the implementation of frequency up- and down-conversion operations in two-mode cavity quantum electrodynamics (QED). This protocol for engineering bilinear two-mode interactions could enlarge perspectives for quantum information manipulation and also be employed for fundamental tests of quantum theory in cavity QED. As an application we show how to generate a two-mode squeezed state in cavity QED (the original entangled state of Einstein-Podolsky-Rosen).

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• Entanglement created by spontaneously generated coherence
• Generation of decoherence-free displaced squeezed states of radiation fields and a squeezed reservoir for atoms in cavity QED
• Enhanced up-conversion of entangled photons and quantum interference under localized field in nanostructures
• Enhancement of photon creation through the pseudo-Hermitian dynamical Casimir effect
• Superposition of coherent states prepared in one mode of a dissipative bimodal cavity
• Down-conversion processes in ab-initio non-relativistic quantum electrodynamics
• Scheme for remote implementation of partially unknown quantum operation of two qubits in cavity QED
• Entanglement generation in double-$\Lambda$ system
• Generation of arbitrary symmetric entangled states with conditional linear optical coupling
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• Upper-bounded and sliced Jaynes- and anti-Jaynes-Cummings Hamiltonians and Liouvillians in cavity quantum electrodynamics
• Creating a switchable optical cavity with controllable quantum-state mapping between two modes
• Feasible platform to study negative temperatures
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• A Squeezed Vacuum State Laser with Zero Diffusion
• Unambiguous discrimination of nonorthogonal quantum states in cavity QED
• Theoretical method for the generation of a dark two-mode squeezed state of a trapped ion
• Engineering the unitary charge-conjugation operator of quantum field theory for particle-antiparticle using trapped ions and light fields in cavity QED