The Mechanics Laboratory
The Mechanics Laboratory provides students with a rigorous experimental foundation in classical mechanics. Through systematic measurements and controlled experiments, students investigate fundamental physical quantities such as force, motion, energy, and moment of inertia. This laboratory enhances analytical reasoning and experimental precision essential for applications in mechanical and structural engineering.
The Molecular Physics Laboratory
The Molecular Physics Laboratory offers practical training in the experimental study of the physical properties of matter at the molecular level. Students determine thermodynamic and transport parameters such as heat capacity, viscosity, and surface tension - while verifying key theoretical laws. This laboratory strengthens understanding of molecular behavior and its macroscopic manifestations in thermal and fluid systems.
Electricity and Magnetism Laboratory
This laboratory is dedicated to the experimental investigation of electric and magnetic phenomena. Students conduct experiments to verify fundamental principles, including Ohm’s law, Kirchhoff’s laws, and electromagnetic induction, using precision instruments and data analysis methods. The course develops technical proficiency and quantitative interpretation skills relevant to electrical and magnetic systems.
The Physical Modeling Laboratory
The Physical Modeling Laboratory engages in undergraduate and graduate research on the theoretical modeling of nanomaterials, few-body system problems based on first principle theory. In addition to its research activities, the laboratory provides instruction in remote sensing and offers practical modeling courses designed for professional degree programs.
Laboratory of Nanotechnology and Mareials Science
The laboratory is equipped to perform comprehensive analyses of the crystal structure and chemical composition of natural minerals and materials. Additionally, it offers precise characterization of nanoparticle size and distribution within the nanometer range. Utilizing the laboratory’s advanced instrumentation, research and academic activities are actively conducted in the fields of materials science, solid-state physics, and nanotechnology.
Modeling Simulation laboratory
Our research focuses on climate change and modeling, simulating steppe region evapotranspiration with satellite data, developing satellite data processing technologies, and advancing geographic information systems, through national and international collaborative projects.
Laboratory for Surface Science
The laboratory enables he investigation and characterization for surface of materials at the atomic level under ultra-high vacuum and ambient conditions. It also allows the fabrication and study of atomically thin films, ranging from several hundred atomic layers down to a single atomic layer. The results of these studies are utilized in undergraduate coursework, bachelor's theses, and further extended to master's and doctoral research projects.
