Prof. Dr. Kenta Miwa: Advancing Medical Physics and Imaging Technologies in Theranostics
Precision Imaging, Quantification and Technological Innovation
Prof. Dr. Kenta Miwa is a leading expert in medical physics and nuclear medicine imaging. As Professor at Fukushima Medical University, he is actively involved in advancing imaging technologies, quantitative methodologies, and clinical applications in radiological sciences.
His work focuses on improving the accuracy, efficiency, and standardization of nuclear medicine imaging, contributing to more precise diagnostics and therapy planning within Radiomolecular Precision Medicine.
Research and Technological Focus
Prof. Miwa’s research centers on PET imaging, image reconstruction, and quantitative analysis. His work includes advancements in Bayesian reconstruction methods, optimization of imaging protocols, and the integration of artificial intelligence into clinical imaging workflows.
A key aspect of his research is the development of standardized imaging approaches, enabling reliable and reproducible results across institutions — an essential requirement for the broader implementation of theranostics.
With more than 100 scientific publications and a strong citation record, he contributes to the continuous improvement of imaging performance and data interpretation in nuclear medicine.
Clinical Integration and Academic Engagement
At Fukushima Medical University, Prof. Miwa is affiliated with multiple departments, including radiology, medical imaging, and advanced clinical research. His interdisciplinary work connects technical innovation with clinical application, supporting the translation of imaging advances into patient care.
He is actively engaged in national and international scientific societies in nuclear medicine and medical physics, contributing to the development of guidelines, education, and research collaboration.
Shaping the Scientific Profile of TWC2027
As Co-President of the 9th Theranostics World Congress (TWC2027), Prof. Miwa brings essential expertise in medical physics and imaging technology. His perspective strengthens key areas such as quantitative imaging, dosimetry, and AI-driven analysis.
Through his contribution, TWC2027 will highlight the critical role of technological innovation in enabling precise, data-driven theranostic approaches.