IOP

Research area

The research groups of the Institute of Physics as well as the International Center for Physics are currently focusing on the following research areas:

Theoretical physics
  • Strongly correlated electron systems
  • Quantum materials
  • Elementary particles physics
  • Astrophysics and cosmology
  • Mathematical and high energy physics
Computational Physics
  • Theoretical and computational studies in biophysics, soft matter physics, and complex systems
  • Development of computational physics methods, quantum information, and quantum computing
  • Theoretical research, computation, and simulation of various materials and nanosystems with an application-oriented approach
Nuclear Physics
  • Nuclear data processing, neutron reactions
  • Nuclear fission
  • Simulation of nuclear data and reactions
Quantum Electronics
  • Physics and Technology of Coherent Light Sources
  • Laser Spectroscopy
  • Nanophotonics in Biomedical Applications
Nuclear Physics
  • Nuclear data processing, neutron reactions
  • Nuclear fission
  • Simulation of nuclear data and reactions
Engineering Physics
  • Research and development of lidar systems for environmental research applications
  • Atmospheric Physics
  • Plasma technology and applications
  • Raman spectroscopy and applications
Environmental Technology
  • Application of environmental data processing methods based on models and modern simulations on electronic computers
  • Environmental impact assessment, development of technical documentation, and technology transfer in the field of environmental protection.
  • Research and evaluation of toxin content in food for food safety and the export of agricultural, aquatic, and seafood products
Applied Physics
  • Research and Development of Unmanned Aerial Vehicles (UAVs
  • Research, Fabrication, and Application of Bioactive Nanomaterials
  • Research on Physics and Materials for Energy Conversion
Automation of Physical Experiment
  • Research and application of measurement, analysis, control, and automation technologies to automate physical processes
  • Development of intelligent robots for data collection and processing
  • Design and fabrication of measurement, analysis, inspection devices, and scientific-educational equipment
  • Consulting and designing measurement-control solutions for industrial and non-industrial applications