Quantum computers are considered a blessing to the dynamic technological world that
promises to solve complex problems much faster than their known classical counterparts …

Quantum Cryptography emerged from the limitations of classical cryptography. It will play a
vital role in information security after the availability of expected powerful quantum …

Modern cryptography offers three goals of Confidentiality, Integrity and Availability, known as
CIA triad. Confidentiality of any message or communication is secrecy of its content. All the …

The future advent of quantum computer pushes for the design and implementation of public-
key cryptosystems capable of resisting quantum attacks. Lattice-based cryptography …

Quantum computers differ from traditional computers because unlike traditional computers
that use and process information in bits (0 or 1), the unit of information in quantum …

As progress in technology is predicted to make quantum computers available in the next few
decades, it is imperative to design public-key cryptosystems capable of resisting attacks that …

The extensive deployment of wireless networks has led to a significant progress in security
approaches that aim to protect confidentiality. The current method for exchanging a secret …

The prevalent use of wireless networks has led to noteworthy development in security
techniques that aim to protect information. The existing standard for exchanging a secret key …

Every year, researches and achievements on quantum computing are making more feasible
a future where quantum networks and computers will be an important part of any informative …

With the increasing number of eavesdroppers on communication channels, securing the
reliability of digital communication has become a herculean task. For any communication …