"In this book on advanced and emerging technologies in radiation therapy physics, the focus is on technologies whose clinical feasibility had been demonstrated or technologies with high impact when finally realized. It addresses the growing utility of information technology in radiation oncology with two chapters on informatics. The main intention of the book is to update medical physicists on advanced and emerging technologies, with a secondary purpose of providing important information to both students and researchers that would help them find their research topics and directions. Radiation oncology is a constantly changing field and updates are required for clinical practitioners (physicists and oncologists) in the field. This book has successfully summarized recent developments in most aspects of radiation therapy from simulation to treatment delivery.
It is written primarily for medical physicists, particularly research medical physicists who need to be at the forefront of technological development. It will also be an important learning resource for radiation oncologists, residents in radiation oncology, and graduate students and residents in medical physics. Every radiation oncology department should have a copy of this book. The authors are well recognized research and clinical physicists with significant peer-reviewed publications and the contributors are renowned medical physicists...Most physicists would find important material in this useful and timely book. For example, the importance of safety in radiation therapy is addressed in a chapter discussing failure modes and effect analysis (FMEA) checklists and root cause analysis...In all, this is a well written book and I recommend, with no hesitation, that all medical physics departments get a copy for the most current developments in radiation oncology medical physics."
-Christopher F Njeh, BSc, MSc, PhD, FAAPM, Franciscan Health, USA "In this book on advanced and emerging technologies in radiation therapy physics, the focus is on technologies whose clinical feasibility had been demonstrated or technologies with high impact when finally realized. It addresses the growing utility of information technology in radiation oncology with two chapters on informatics. The main intention of the book is to update medical physicists on advanced and emerging technologies, with a secondary purpose of providing important information to both students and researchers that would help them find their research topics and directions. Radiation oncology is a constantly changing field and updates are required for clinical practitioners (physicists and oncologists) in the field. This book has successfully summarized recent developments in most aspects of radiation therapy from simulation to treatment delivery.
It is written primarily for medical physicists, particularly research medical physicists who need to be at the forefront of technological development. It will also be an important learning resource for radiation oncologists, residents in radiation oncology, and graduate students and residents in medical physics. Every radiation oncology department should have a copy of this book. The authors are well recognized research and clinical physicists with significant peer-reviewed publications and the contributors are renowned medical physicists...Most physicists would find important material in this useful and timely book. For example, the importance of safety in radiation therapy is addressed in a chapter discussing failure modes and effect analysis (FMEA) checklists and root cause analysis...In all, this is a well written book and I recommend, with no hesitation, that all medical physics departments get a copy for the most current developments in radiation oncology medical physics."
-Christopher F Njeh, BSc, MSc, PhD, FAAPM, Franciscan Health, USA

"The book possess a great potential to be a reference book for recent developments in radiation therapy field as it provides a great insight and review for most of activities reported worldwide. The book contains lots of novel and key concepts for a bright horizon of advanced radiotherapy. I do believe that editors and authors of the textbook have had a wonderful achievement to provide a comprehensive overview of the current activities in the field.
[...] in my opinion, the book can be addressed as part of well-structured emerg-ing books for advanced technology introduced to current radiotherapy. This book is highly recommended to be one of the outstanding reference books for postgraduate students, scientists and researchers in the radiation oncology field who are interested to know about recent efforts."

Mohammad Mohammadi, University of Adelaide, Australia