QUANTUM COMPUTING: A REVIEW WORK ON THE CONCEPT OF QUANTUM COMPUTING

Quantum computing represents a revolutionary paradigm shift in computation, promising exponential speedup over classical computers in solving certain problems. This project delves into the realm of quantum computing, aiming to provide a comprehensive understanding of its principles, applications, and implications. The introductory chapter sets the stage by delineating the motivation and objectives of the study. Following this, the literature review offers a historical overview and examines key concepts in quantum mechanics, classical computing limitations, landmark quantum algorithms, recent advancements, and existing challenges. Methodologically, a qualitative approach is adopted, integrating literature review, experimental data, and simulations. Ethical considerations are carefully accounted for throughout the research process. Results and findings are then presented, encompassing analysis of experimental data or simulation outcomes, comparison of classical and quantum computing performance, and implications for the field. This project serves as a foundational resource for understanding quantum computing, offering insights into its current state, potential applications, and future trajectories. It contributes to the ongoing discourse surrounding quantum computing, guiding future research endeavors and technological advancements in this transformative field.