Programs

The field of mathematics that deals with the concepts of Limit and Convergence is characterized by a continuous structure. It involves the study of various problems related to continuity, integration, differentiation, and non-algebraic functions. Mathematical analysis, in particular, focuses on specific mathematical points.

The field of "Engineering Studies" offers master's and doctoral programs with a focus on the applications of radiation. The aim of this field is to educate specialists and experts who can understand and optimize the functionality and efficiency of nuclear electronic devices. These devices produce various types of radiation, including charged particles, photons, and neutrons. This discipline provides a comprehensive understanding of radiation applications in engineering, preparing students to contribute effectively in this specialized area.

The Master of Science in Optics and Laser Tendency (MSc) is a specialization that has evolved from the traditional field of atomic and molecular physics, now focusing specifically on optics and lasers. As the name suggests, this field concentrates on the study of light and laser technologies. The use of lasers and optical devices spans across various industries, from military to medical applications, making this field particularly appealing. The broad applicability of these technologies ensures that graduates with this specialization are equipped with knowledge and skills that are highly valued in many sectors. This program prepares students to contribute to the advancements in laser and optical technologies, driving innovation in numerous industries.

One field of chemistry focuses on the study of material properties at the nanometer scale. This specialized knowledge has a wide range of applications, spanning various industries such as fuel, polymers, paints, construction, textiles, medicine, food, and essentially any field that intersects with chemistry, chemical engineering, and materials science. It’s crucial to pay attention to all scientific and technological advancements occurring at the nanoscale. This is because these advancements have the potential to revolutionize our understanding and manipulation of materials at this incredibly small scale.

The field of "Plasma Physics" is a multifaceted discipline with applications in military, industrial, and energy sectors. The topics studied in this field have numerous applications, including material and surface processing, production of nanometer materials, provision of electromagnetic materials, and in communication and energy sectors. This discipline provides a comprehensive understanding of the principles of plasma physics and their practical applications.