Type: Conference paper
A reversible optical to microwave quantum interface
Journal: Optics InfoBase Conference Papers (21622701)Year: 2012Volume: 18Issue: Pages: 130 - 149
DOI:10.22034/jpiut.2023.54209.3412Language: English
Abstract
We describe a quantum interface between an optical and a microwave field based on their common interaction with a nano-mechanical resonator. This is an effective source of two-mode squeezing with an optical idler and a microwave signal, enabling continuous variable teleportation. © 2012 OSA.
Author Keywords
adoption logicKripkemethodology of sciencenecessary truthsPutnamthree-valued logicadoption logicKripkemethodology of sciencenecessary truthsPutnamthree-valued logic
Other Keywords
Continuous variablesMicrowave fieldMicrowave signalsQuantum interfacesTwo-mode squeezingQuantum optics