What is it about?

We propose an error control model of an abstract probabilistic CNOT gate, while taking into consideration physical implementation constraints. Second, we identify errors affecting the success probability of the gate at the implementation level and we model errors related to the basic quantum linear components.

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Why is it important?

Based on physical implementations of the Ralph and Okamoto CNOT gate models, we define a set of CNOT gates having the form of an abstract CNOT gate that is physically realizable. This will help to understand the impect of the errors on the CNOT gate based on linear optical devices.

Perspectives

Studying another errors sources for CNOT based on quantum dots in a double sidedoptical microcavity.

Dr Amor Gueddana
University of Carthage, Sup'Com

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This page is a summary of: REALIZABILITY ASSESSMENT OF PROBABILISTIC QUANTUM CNOT GATE BASED ON EXPERIMENTAL IMPLEMENTATION, International Journal of Quantum Information, April 2013, World Scientific Pub Co Pte Lt,
DOI: 10.1142/s0219749913500329.
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