A Novel Quantum No-Key Protocol for Many Bits Transfer with Error Correction Codes

Nguyen, Duc Manh; Kim, Sunghwan

doi:10.25046/aj050298

Cited by 3 publications

(4 citation statements)

References 16 publications

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“…• quantum no-key protocol, 62,63 where it consists in a three-stage quantum cryptographic scheme based on a public key cryptography in which each party uses its own secret key. Unlike the Bennett-Brassard (BB84) protocol, 58 where the qubits are transmitted in only one direction and classical information exchanged thereafter, the communication in the proposed protocol remains quantum in each stage.…”

Section: Affinity With Quantum Cryptography Protocolsmentioning

confidence: 99%

“…In fact, these techniques have four possible security loopholes where an eavesdropper can steal: the key at the key distribution channel, the key while it is transferred from the key distribution to the communication terminal, the key when it is transferred from the key distribution to the communication terminal at the receiver's site, and the ciphertext in the public channel. Loopholes at users' sites are ignored usually, but it may turn out to be a serious problem when the sites become complicated and modern eavesdropping technology becomes more sophisticated. quantum no‐key protocol, 62,63 where it consists in a three‐stage quantum cryptographic scheme based on a public key cryptography in which each party uses its own secret key. Unlike the Bennett‐Brassard (BB84) protocol, 58 where the qubits are transmitted in only one direction and classical information exchanged thereafter, the communication in the proposed protocol remains quantum in each stage. deterministic secure quantum communication 64,65 is a quantum protocol for sending a deterministic message by encrypting each classical bit by two photons and using a quantum key.…”

Section: Satellite Quantum Repeatersmentioning

confidence: 99%

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Satellite quantum repeaters for a quantum Internet

Mastriani

Iyengar

2020

Quantum Engineering

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This work presents a satellite alternative to quantum repeaters based on the terrestrial laid of optical fiber, where the latter have the following disadvantages: a propagation speed (v) equal to 2/3 of the speed of light (c), losses and an attenuation in the material that requires the installation of a repeater every 50 km, while satellite repeaters can cover greater distances at a speed v = c, with less attenuation and losses than in the case of optical fiber except for relative environmental aspects to the ground-sky link, that is, clouds that can disrupt the distribution of entangled photons. Two configurations are presented, the first one of a satellite and the second one of two satellites in the event that both points on the ground cannot access the same satellite. Finally, a series of implementations for evaluating the performance and robustness of both configurations are implemented on a 5 qubits IBM Q processor.

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Section: Affinity With Quantum Cryptography Protocolsmentioning

confidence: 99%

Section: Satellite Quantum Repeatersmentioning

confidence: 99%

Satellite quantum repeaters for a quantum Internet

Mastriani

Iyengar

2020

Quantum Engineering

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“…Quantum no-key protocol 5,6 . This protocol is divided into three stages, where each one has its own key, consisting of unitary transforms applied to the message transferred at each stage.…”

Section: Introductionmentioning

confidence: 99%

Quantum Key Secure Communication Protocol via Enhanced Superdense Coding

Mastriani

2021

Preprint

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In the last decades, Quantum Cryptography has become one of the most important branches of Quantum Communications with a particular projection over the future Quantum Internet. It is precisely in Quantum Cryptography where two techniques stand out above all others: Quantum key Distribution (QKD), and Quantum Secure Direct Communication (QSDC). The first one has four loopholes relating to the exposure of the key at all points in the communication system, while the second has clear practical implementation problems in all its variants currently in use. Here, we present an alternative to QKD and QSDC techniques called quantum key secure communication (QKSC) protocol with a successful implementation on two free access quantum platforms.

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“…Quantum error control codes (QECC) are a suitable solution since they bring the advantages from classical error control codes [10][11][12][13][14][15]. Since the first QECC was proposed by Shor [16] for 9-qubits, there are many proposed methods for construction of QECC with various purposes such as adaptive code length [17][18][19][20], minimum distance [21][22][23][24] etc.…”

Section: Introductionmentioning

confidence: 99%

Simulation of Resources for Quantum Algorithms and Quantum Communication Protocols based on a Novel Framework

Pham¹

2020

IJATCSE

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Recently, Samsung Electronic just released a new type of mobile phone model named Galaxy A71 where the quantum RNG chip is boasted inside for advanced security by capable of generating truly random and unpredictable numbers. It is no doubt that the quantum mechanism-based communication protocols or quantum information technologies are gradually changing the world with its advantages. It promises the new information generation where quantum-based computer can be seen in many living fields. Since the quantum algorithms and quantum communication protocols need to be verified before applying on chip set system, or hardware systems, the verification frameworks need to be done. In this discussion, we first propose a novel framework by MATLAB emulators. Then, we analysis the quantum resources or quantum basic elements such as quantum entanglements, quantum super positions state, quantum Fourier transformation, and quantum Arithmetic in proposed novel framework. The open problems to consider quantum algorithms based on proposed framework is discussed.

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A Novel Quantum No-Key Protocol for Many Bits Transfer with Error Correction Codes

Cited by 3 publications

References 16 publications

Satellite quantum repeaters for a quantum Internet

Satellite quantum repeaters for a quantum Internet

Quantum Key Secure Communication Protocol via Enhanced Superdense Coding

Simulation of Resources for Quantum Algorithms and Quantum Communication Protocols based on a Novel Framework

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