What Is Medical Physics?

Medical physics is the use of physics's theory, methods, and technology to study living objects, and it aims at practical application and theoretical research in the field of medicine. These include thermal medicine, sports medicine, laser medicine, ultrasound medicine, electronic medicine, magnetic medicine, microwave medicine, and nuclear medicine. It has developed rapidly recently, one of the reasons is the need of scientific development itself, and the other is the characteristics of physics itself. The development of life sciences is moving from the macro to the micro, from qualitative to quantitative, from the cellular level to the molecular level, from manual, mechanical, contact testing methods to automated, intelligent, non-contact testing methods. Physics has both a systematic quantitative theory and sophisticated advanced experimental methods. Therefore, it has an important role in the development of life sciences. ^[1]

Medical physics

(Medical Science)

Medical physics is the use of physics's theory, methods, and technology to study living objects, and it aims at practical application and theoretical research in the field of medicine. These include thermal medicine, sports medicine, laser medicine, ultrasound medicine, electronic medicine, magnetic medicine, microwave medicine, and nuclear medicine. It has developed rapidly recently, one of the reasons is the need of scientific development itself, and the other is the characteristics of physics itself. The development of life sciences is moving from the macro to the micro, from qualitative to quantitative, from the cellular level to the molecular level, from manual, mechanical, contact testing methods to automated, intelligent, non-contact testing methods. Physics has both a systematic quantitative theory and sophisticated advanced experimental methods. Therefore, it has an important role in the development of life sciences. ^[1]

The discipline focuses on radiation therapy,

Medical physicists and doctors work in the fields of tumor radiotherapy, medical imaging, nuclear medicine, and other non-ionizing radiation, such as ultrasound, nuclear magnetic resonance, laser, and other fields. They are engaged in physical and technical support, teaching and research for clinical diagnosis and treatment. In particular, it plays an extremely important role in the development and application of new diagnostic and treatment technologies, quality assurance and quality control, and health physics and radiation protection. It is closely related to biophysics.