Fundamental Principles, Nanotechnology, Artificial Intelligence, and Clinical Translation

Frontiers of Nanophysics in Cancer Therapy presents an integrated view of how the principles of physics at the nanoscale are transforming cancer diagnosis and treatment. The book bridges fundamental nanophysics with practical biomedical applications, covering nanoparticle engineering, nanomedicine, advanced imaging, radiation enhancement, targeted drug delivery, thermal therapies, biosensing, artificial intelligence, and computational oncology.Each chapter combines theoretical concepts with current technological developments, experimental findings, computational approaches, and clinical perspectives. The interdisciplinary structure enables readers from physics, engineering, biology, medicine, and materials science to develop a comprehensive understanding of emerging cancer therapies based on nanotechnology.The overall objective of this book is to provide a scientifically rigorous yet accessible reference that supports education, research, and clinical innovation. It aims to encourage collaboration across scientific disciplines and to contribute to the development of safer, more effective, and more personalized cancer treatments that improve patient outcomes worldwide.