The standard theory of quantum computation reliesontheideathatthebasicinformationquantityisrepresented by a superposition of elements of the canonical basis andthenotionofprobabilitynaturallyfollowsfromtheBorn rule.Inthisworkweconsiderthreevaluedquantumcomputationallogics.Morespecifically,wewillfocusontheHilbert spaceC3,wediscussextensionsofseveralgatestothisspace and,usingthenotionofeffectprobability,weprovideacharacterization of its states.

A note on many valued quantum computational logics

SERGIOLI, GIUSEPPE;LEDDA, ANTONIO
2017

Abstract

The standard theory of quantum computation reliesontheideathatthebasicinformationquantityisrepresented by a superposition of elements of the canonical basis andthenotionofprobabilitynaturallyfollowsfromtheBorn rule.Inthisworkweconsiderthreevaluedquantumcomputationallogics.Morespecifically,wewillfocusontheHilbert spaceC3,wediscussextensionsofseveralgatestothisspace and,usingthenotionofeffectprobability,weprovideacharacterization of its states.
Quantum computational logics; Qutrits
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11584/116084
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