Physical Chemistry and Materials in the Chemical Sciences doctoral program focuses on an in-depth study of the chemical and physical properties of various materials. The main focus is on fundamentally understanding the structure and behavior of materials from the atomistic level to the macroscopic scale. This involves the study of chemical reactivity, crystal structure, spectroscopic, thermal, and electronic properties of materials. Researchers in this group utilize experimental and theoretical techniques to analyze, understand, and design materials with desired properties. They explore important theories and concepts in the field of physical chemistry, such as molecular dynamics, statistical mechanics, thermodynamics, and quantum calculation methods. The application of the group's research has had a significant impact on a wide range of fields, including technology, materials science, medicine, and energy. This includes the development of advanced materials for electronics, renewable energy materials, nanomaterials, and bioinformatics. In addition, interdisciplinary collaboration is a key aspect of the group, enabling the integration of knowledge from different fields. Researchers work together with experts in related fields, such as physics, biology, engineering, and computer science, to gain a more comprehensive understanding of materials and their applications.

Analytical Chemistry in the Chemical Sciences doctoral program focuses research on in-depth analytical methods and techniques to identify and quantify chemical components in a sample. Using a multidisciplinary approach, research in this group includes the development of advanced analytical techniques, data processing, and interpretation of results. Researchers in this group study a variety of analytical techniques including spectroscopy, chromatography, electrochemistry, and microscopy. They apply their knowledge to identify complex compounds, measure substance concentrations, and determine molecular structures with high precision. The use of cutting-edge technology and in-depth research in this field has a major impact across a wide range of sectors, including medicine, environment, food, pharmaceuticals, and energy. This includes research into pharmaceuticals, measurement of pollutants, identification of bioactive compounds in food, and monitoring of water and air quality.

Inorganic Chemistry in the Chemical Sciences doctoral program specializes in research and in-depth understanding of the properties, structure, reactivity, and applications of inorganic compounds and materials. Research in this group covers the synthesis, characterization, and modeling of inorganic compounds, including transition metals, lanthanides, and actinides, as well as advanced inorganic materials such as nanostructures, ceramics, and catalyst materials. Researchers in this group focus on developing innovative synthesis methods that can produce compounds with desired properties. They also utilize advanced characterization techniques such as spectroscopy, microscopy, and diffraction to analyze the structure and properties of inorganic compounds. The applications of this research are vast, covering the fields of catalysis, materials science, renewable energy, medicine, and the environment. Among its focuses are the development of efficient catalysts for chemical reactions, the use of inorganic materials in renewable energy technologies, and the understanding and handling of hazardous waste.

The Organic Chemistry of Natural Materials (KOBNA) research group in the Chemical Science doctoral program has a main focus on research, understanding, and application of organic chemistry related to natural materials. Students research compounds found in nature, such as plants, microorganisms, animals, and the environment, to understand their properties, structure, biological activity, and potential utilization in various applications. Research in this group includes the isolation, characterization, and synthesis of natural organic compounds, including alkaloids, terpenoids, flavonoids, and other bioactive compounds. Students also study the chemical reaction mechanisms involved in the transformation of these natural compounds and how to utilize them to develop useful products. The applications of this research are vast, encompassing the development of pharmaceuticals, functional food ingredients, cosmetic ingredients, and natural preservatives. Students also focus on the development of green and sustainable technologies in the processing and utilization of natural materials.

The Biochemistry group in the Chemical Science doctoral program focuses on research that integrates chemical principles with biological processes at the molecular level. Students explore the structure, function, and interactions of biological molecules such as proteins, nucleic acids, lipids, and carbohydrates, and how these molecules play a role in living systems. Student research includes an in-depth understanding of enzyme catalytic mechanisms, metabolic regulation, cellular signal transduction, and the fundamentals of genetic biochemistry. Students also explore fundamental and applied aspects such as biotechnology, medicine, and molecular design for the development of novel therapeutics. In this group, students apply the latest experimental and computational techniques to approach various challenges in the field of biochemistry. Students are also committed to developing sustainable and environmentally friendly approaches, as well as considering the ethical and social implications of student research.