SCIENTIFIC RESEARCH ACTIVITIES

1. Laboratory of Mechanics of Advanced Materials and Structures: Focuses on analyzing the mechanical behavior of advanced materials and structures at different scales such as macro, micro, and nano. Examples include plate/shell structures with complex geometries made of nanomaterials, highly anisotropic nanocomposites, functionally graded materials, piezoelectric materials, and low-dimensional structured materials.

2. Laboratory of Biophysics: Dedicated to exploring the molecular mechanisms of living entities and developing pharmaceuticals for the treatment of human diseases.

3. Laboratory of Advanced Materials Chemistry: Conducts research on the synthesis and development of advanced materials such as nanomaterials, semiconductors, metal-organic frameworks (MOFs), complexes, and composites. The focus lies in analyzing physicochemical properties, reaction mechanisms, and applications in fields such as renewable energy, biomedicine, catalysis, textiles and dyeing, and environmental pollution treatment.

4. Atomic Molecular and Optical Physics Research Group: Investigates the structure of atoms, molecules, and molecular clusters as well as their interactions with external fields. The research particularly emphasizes fundamental problems related to the generation of ultrashort-wavelength light pulses and the foundation for applications in fields such as quantum information processing and laser technology.

5. Laboratory of Advanced Materials and Natural Resources: Concentrates on the study of both natural and synthetic (artificial) materials, especially advanced materials, which represent one of the world’s key research directions now and in the future. This field forms the foundation and key to the development of many areas such as energy, medicine, biosafety, and defense.

6. Laboratory of Sustainable Development in Natural Resources and Environment: Focuses on the management, exploitation, and sustainable development of natural resources, including mineral economics, environmental protection, carbon mineralization technology, circular economy, occupational safety, and the application of Industry 4.0 technologies in the fields of resources and environment.