ResearchGate
Decoherence in quantum communication protocols
Applications of quantum mechanics in the communication tasks lead to a new field of research known as quantum communication. Though quantum channels offer high security, they are vulnerable to the noise. This is due to the interaction of the physical system with the environment. The present work aims to study the different types of noise models in certain quantum communication protocols. To be precise, bidirectional quantum direct secure communication protocols using non maximally entangled states will be analyzed. The analysis would help us to understand the communication protocols in the presence of decoherence.
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