Finland tops the list of studying abroad whether it is focused on accessing outstanding educational facilities, receiving the highest level of education, or simply on the quality of life itself. Overall, Finnish higher education institutions offer more than 400 English-language teacher programs to choose from–meaning all lectures, literature, and exams are available in English. These full degree programs offer an official Bachelor, Master's or Doctoral degree in Finnish higher education.

Generally international students have certain aspirations for their destination for the future study. According to the study, Finland meets many of these requirements. Finnish education, for instance, is of high quality and it is relatively affordable to study in Finland. Research materials are usually free as many of the books are available online these days. While some international students still have to pay tuition fees, it's cheaper than in many other European countries.

There are no better reasons required to acquire a higher education in Finland. Many students nowadays study Medical Physics in Finland.  Medical Physics is a branch of Applied Physics, practiced by medical physicists, that uses in practice and analysis physics theories, methods and techniques for the prevention, diagnosis and treatment of human diseases with a specific objective of improving human health and well-being. Medical physics can also be classified into a number of sub-fields (specialties), including Radiation Oncology Physics, Medical Imaging Physics, Nuclear Medicine Physics, Medical Health Physics (Radiation Protection in Medicine), Non-ionizing Medical Radiation Physics, and Physiological Measurement.

For their research, medical physicists use a range of experimental, computer-aided and bioengineering methods such as radiation therapy, X-ray imaging, ultrasound, tomography, radiology, magnetic resonance imaging and laser imaging. They work with patients and a wide range of medical, professional and administrative staff.

Medical physicists mainly look into applying the principles and techniques of medical physics to prevent, treat and diagnose human illnesses, diseases and disabilities, and to protect patients, personnel and members of the public from ionizing and non-ionizing radiation hazards. Medical physicists ' roles and responsibilities may be geared towards medical service, management, training, and research and development.