Simultaneous Initiating EPR and Quantum Channel by Quantum Key Distribution Protocol
Simultaneous Initiating EPR and Quantum Channel by Quantum Key Distribution Protocol
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Keywords

entangled states
epr pair paradox
intercept-resend attack (IRA)
open-key string (OKS)
and pauli-matrices measurement

How to Cite

Abdulbast Abushgra, & Khaled Elleithy. (2016). Simultaneous Initiating EPR and Quantum Channel by Quantum Key Distribution Protocol. Global Journal of Computer Science and Technology, 16(E5), 1–4. Retrieved from https://gjcst.com/index.php/gjcst/article/view/730

Abstract

Cryptography is the background of protecting the flowed information between various communicated parties Quantum cryptography gives the extreme trust to transferred information by creating a unique secret key that is based upon the law of physics This paper will discuss a novel algorithm that is presented through quantum key distribution QKD protocol This QKD protocol depends on parallel quantum communications between participants within EPR and quantum channels The proposed protocol utilizes the EPR channel to prove the authentication while the quantum channel to transfer the shared key Moreover the proposed protocol initiates the verification of the participant s identity between the communicators by the EPR channel After that the transferred data into quantum channel will create the secret key that contains a string of qubits as well as no need to communicate into classical channel
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