Quantum Teleportation of Dynamics and Effective Interactions Between Remote Systems

Abstract

Most protocols for Quantum Information Processing consist of a series of quantum gates, which are applied sequentially. In contrast, interactions, for example between matter and fields, as well as measurements such as homodyne detection of light, are typically continuous in time. We show how the ability to perform quantum operations continuously and deterministically can be leveraged for inducing non-local dynamics between two separate parties. We introduce a scheme for the engineering of an interaction between two remote systems and present a protocol which induces a dynamics in one of the parties, which is controlled by the other one. Both schemes apply to continuous variable systems, run continuously in time and are based on real-time feedback.

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Cited by in corpus (8)

• Deterministic quantum teleportation between distant atomic objects
• Distant entanglement enhanced in $\mathcal{P}\mathcal{T}$-symmetric optomechanics
• Remote Hamiltonian Interactions Mediated by Light
• Deterministic quantum state transfer between remote qubits in cavities
• Robustness of continuous-variable entanglement via geometrical nonlinearity
• Feedback-stabilized dynamical steady states in the Bose-Hubbard model
• Raman process under condition of radiation trapping in a disordered atomic medium
• Preparing Quantum States by Measurement-feedback Control with Bayesian Optimization