In an era of rapid technological and medical advancements, physics experiments have become pivotal in developing medical applications that revolutionize the diagnosis and treatment of diseases. These experiments rely on fundamental physics principles, such as electricity, magnetism, light, and sound waves, to create innovative solutions serving the healthcare sector. From advanced medical imaging to precise radiotherapy, physics contributes to improving the accuracy and effectiveness of medical devices, saving millions of lives around the world. The importance of these experiments lies in their ability to transform theoretical concepts into practical tools used daily to save lives and improve quality of life.