Programs

The domain of Persian language and literature is an academic and cultural sphere that delves into the study of the Persian language and its literary works, spanning from antiquity to the present day. Scholars in this field gain familiarity with Persian prose and poetry, the chronicles of Iranian and global literature, linguistics, literary frameworks, and the art of literary critique. Upon graduation, they are equipped to contribute to the nation's educational, cultural, scientific, and administrative sectors. Their expertise allows them to play a vital role in preserving and promoting the rich heritage of Persian language and literature.

Periodontology, as defined by the American Academy of Periodontology, is a dental specialty focused on the prevention, diagnosis, and treatment of periodontal diseases and oral inflammation. These conditions primarily affect the gums and other supporting structures of the teeth. Periodontists are also skilled in the placement and maintenance of dental implants, providing a comprehensive solution for patients who have lost one or more teeth. This field of dentistry is crucial for maintaining oral health and function, and plays a significant role in overall health and well-being.

Biomechanics, often termed as the “physics of sports,” is a field primarily focused on the study and scrutiny of professional athletes and their activities. This specialized branch of biomechanics applies mechanical laws to enhance our comprehension of sports performance. This understanding is achieved through the use of mathematical models, computer simulations, and precise measurements.

Medicine is a field of applied knowledge that strives to maintain and enhance health, prevent and cure diseases, and rehabilitate injuries. It involves the identification of diseases, diagnosis, treatment, and prevention. Its primary goal is to improve individuals' health and wellbeing.

Nuclear medicine is a specialized field that intersects medical imaging, medical physics, and molecular radiography. It utilizes the nuclear properties of materials, such as radioisotopes, for the diagnosis and treatment of diseases. This branch not only contributes to clinical medicine but also aids in advancing basic medical research. It plays a crucial role in providing detailed images of the body's function and structure, thereby facilitating precise and effective medical interventions.