The Effects of Quantum Computing on Secure Communication

Abstract

This paper's abstract aims to provide a basic overview of post-quantum algorithms and how quantum computing works in
relation to existing cryptography. The following areas are impacted: community key encoding approaches, symmetric structures,
upright quantum cryptography, differences between quantum and conventional computing, challenges in quantum computation, and
quantum processes (Shor's and Grover's). Chapters on Post-Quantum Cryptography include topics like as code-based encoding,
hash-based signs, lattice-built cryptography, multivariate-built cryptography, and other mathematically based quantum critical
circulation approaches. Quantum computing is one of the contemporary technologies that our civilization uses. Many groups and
organizations throughout the globe are working to improve quantum computing applications. At the same time, artificial
intelligence is a steady emerging area. Finding out how AI-related applications will change as a result of progress in quantum
computing research is the primary objective of this effort. So, computational approaches are used in the methodology of the
research. In order to draw conclusions on the growing influence of quantum computing research on a specific AI application from
this study. In addition to discussing the effects of quantum computing on the field of artificial intelligence, this paper also delves
into the implications and possibilities of this technology for that area.