دانلود کتاب عملیات کوانتومی، پل ارتباطی محاسبات کوانتومی و عملیات فناوری اطلاعات

The meteoric emergence of quantum computing has marked a significant turning point in the history of computing. In contrast to the binary bits that are utilized in conventional computing, the fundamental components of quantum computing are referred to as qubits, entanglement, and superposition. Because of this, it can perform tasks with data that were previously thought to be extremely difficult to accomplish. The purpose of this book is to attempt to satisfy the growing demand for a comprehensive resource that explores the fundamentals of quantum computing as well as the potential applications of this technology across a variety of fields. Within the first few chapters of the book, the fundamental concepts of the area are discussed. In the Chapter “Quantum Computing Fundamentals: Beyond Classical Bits”, which was written by Swati Karni, offers a concise introduction to the function of quantum physics in computing and explains how it is distinct from traditional paradigms. In her extensive explanation of “Qubits, Quantum Gates, and Quantum Circuits”, Saraswati Mishra lays the groundwork for understanding how to manipulate quantum states to carry out logical operations. Ashwin Prakash Nalwade presents the practical aspects of programming in “Quantum Programming: Languages and Frameworks”, establishing a connection between theory and practice. Having built a solid foundation, the book transitions to quantum algorithms and error prevention, two crucial areas propelling contemporary research. Khan Shariya Hasan Upoma’s chapter, “Key Quantum Algorithms: Shor’s, Grover’s, and Applications”, emphasizes the significant ramifications of quantum accelerations for cryptography, search, and optimization. Omkar Bhalekar focuses on “Quantum Error Correction and Noise Mitigation”, tackling the significant challenge of maintaining coherence in delicate quantum states—a critical issue for the practicality and reliability of quantum computer. The ensuing chapters illustrate the growing accessibility and integration of quantum computing into practical systems. Monika Malik’s “Quantum Cloud Services: Getting Quantum Power” presents the swiftly expanding landscape of cloud-based quantum platforms, facilitating universal access for academics and developers globally. Keshav Kumar offers an in-depth examination of “Quantum Simulation and Emulation Techniques”, illustrating how simulations facilitate the investigation of quantum phenomena and the evaluation of algorithms on classical systems. The book thereafter transitions to the realms of transdisciplinary innovation. Sakhita Sree Gadde’s “Quantum Machine Learning: Merging Quantum and AI” examine how quantum principles could transform artificial intelligence, perhaps leading to advancements in pattern identification and optimization. Anurag Reddy, in “Quantum Security— Cryptography and Threat Landscape”, delineates the dual function of quantum technology in jeopardizing existing cryptographic systems while simultaneously facilitating the development of novel, more secure paradigms. Anticipating industrial applications, Varun Awasthi’s the Future of Quantum processes in Enterprises examines how companies might achieve quantum readiness and incorporate it into commercial processes. The collection ends with paradigm shifts and disciplinary convergence. In “Quantum Computing as a Paradigm Shift in Mechanical and Allied Engineering”, Vipul Kumar Sharma explains how quantum methods could change how engineers’ model, simulate, and optimize things. Keshav Kumar’s last chapter, “Quantum Without Hardware: Cloud Services and the New Computing Paradigm”, goes back to the theme of accessibility. It shows how people who don’t have direct access to quantum computing hardware can still use its capabilities. This is a big step forward in making advanced computation available to everyone. Together, these contributions provide a single story, from the beginnings of algorithms and applications to the current possibilities and future paradigm shifts. This book has a lot of different points of view and talents, which shows how quantum computing is both interdisciplinary and collaborative. Each chapter stands on its own but is also connected to the others. This makes it easy for both professionals and beginners to follows along. This book is for scientists, engineers, and computer scientists who want to be a part of the quantum revolution. We hope that this collection will serve as both an introduction and a visionary guide, encouraging more research, collaboration, and creativity. We want to thank the writers for their hard work, dedication, and ideas, as well as the people in the community whose curiosity and tenacity are moving the quantum age forward.