Topics of Interests

  • Fundamental principles of advanced materials science. Modeling of the technological processes for material production and treatment and the properties of modern multifunctional materials for various applications.

  • Metallic materials and technologies of their production, including high-entropy alloys, dispersion hardened metals and etc.

  • Oxide based materials, including multiferroics, materials for optical applications.

  • Non-oxide materials, including ultrahigh temperature ceramics, MAX‑phases, ceramic-based composites.

  • Powder metallurgy: science and industry; modern materials, technologies and properties.

  • Low-dimensional materials for various applications

  • Composite materials, including multifunctional ones: special properties and ways of their practical use.

  • Surface engineering, methods of coating production, properties, applications.

  • Modern technologies of material joining.

  • Equipments and methods for material characterization.

  • Materials for nanoelectronics and nanophotonics.

  • Materials for energy applications, including materials for batteries, supercapacitors, solar cells and etc.

  • Advanced technologies for recycling of industrial wastes.