Information is the currency of the modern age. Security of information will continue to be of
paramount importance in the foreseeable future. A practical way of transferring …

Abstract Systems and methods of authenticating and/or communicating key and/or data
between communication parties using quantum channels are provided. In some …

This paper presents a comparative evaluation of possible encryption algorithms for use in a
self‐contained, ultra‐secure router‐to‐router communication system, first proposed by El …

This paper presents the concept and implementation of a Braided Single-stage Protocol for
quantum secure communication. The braided single-stage protocol is a multi-photon tolerant …

With the rapid growth of the smart device market, associated security issues become more
threatening and diverse than ever before. Due to the limitations of the traditional explicit …

This paper proposes a generalized multi‐stage multi‐photon protocol that uses arbitrary
polarization states to securely communicate between a sender and a receiver. Because the …

Quantum secure direct communication (QSDC) is a branch of quantum cryptography which
exploits laws of physics and was recently proposed for securing information transferred from …

A recent paper has discussed the implementation of the three-stage protocol as a multi-
photon tolerant protocol. In this paper, we present a powerful algorithm to further enhance …

This paper introduces an m-ary version of the Three-stage Quantum Cryptography protocol.
The three-stage protocol was first proposed in 2006 and implemented in 2012. The m-ary …

This dissertation presents a study of the security and performance of a quantum
communication system using multi-stage multi-photon tolerant protocols. Multi-stage …