Investigating the Role of Quantum Correlations in Quantum Communication Protocols, Ph.D. Dissertation Sharif University of Technology ; Bahrampour, Alireza (Supervisor)
Abstract
Communication is nothing but making correlation between sent and received data via mediating particles and in quantum communications these are the quantum carriers that create these correlations. Since quantum carriers can be correlated in ways inaccessible to classical carriers, quantum communication protocols can perform tasks that are classically impossible or less efficient. Therefore, it is expected that in a suitable model, the quantum advantage of any quantum communication protocol can be expressed in terms of the quantum correlations of its carriers. Here we consider two quantum communication protocols, namely remote state preparation (RSP) and quantum locking of classical...
Cataloging briefInvestigating the Role of Quantum Correlations in Quantum Communication Protocols, Ph.D. Dissertation Sharif University of Technology ; Bahrampour, Alireza (Supervisor)
Abstract
Communication is nothing but making correlation between sent and received data via mediating particles and in quantum communications these are the quantum carriers that create these correlations. Since quantum carriers can be correlated in ways inaccessible to classical carriers, quantum communication protocols can perform tasks that are classically impossible or less efficient. Therefore, it is expected that in a suitable model, the quantum advantage of any quantum communication protocol can be expressed in terms of the quantum correlations of its carriers. Here we consider two quantum communication protocols, namely remote state preparation (RSP) and quantum locking of classical...
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