INVITED SPEAKERS AND LECTURE’S THEMES

  • Astapova E.S., Vanina E.A. “Synthesis and structure of hi-silica zeolite modified by nanoparticles”
  • R.M. Bayazitov “Impulse modification of thin solid film’s semiconductor structures: state and perspectives
  • V.E. Borisenko “Fabrication and Properties of Nanostructured Refractory Metal Oxides”.
  • Y. Maeda "Iron Silicides for Optoelectronics; a New Technology Using Elements of Hope".
  • B.D. Malhotra “Opportunities in Nanomaterials Based Biosensors”.
  • K. Kral "Optical and transport properties of low-dimensional semiconductor nanostructures".
  • R. Kudriawec “Application of modulation spectroscopy to study of low dimensional semiconductor structures”.
  • S.G. Ovchinnikov “Characterization and magnetic properties of the iron silicides”.
  • S. Hasegawa “Surface Nanomaterials - Structures and Properties”.
  • H. Tatsuoka “Thermodynamics, growth evolution and structural property of abundant semiconducting materials: novel silicides, and oxide nanostructures”.
  • T.S. Shamirzaev "Indirect band gap heterostructures with band alignment of type I on the basis of III-V semiconductor compounds"
  • S.M. Shivaprasad “Surface modifications for GaN heteroepitaxy and nanostructure formation”.
  • T. Suemasu “Operation principles of solar cells - solar radiation, material requirements, photocurrent, photoresponse, and device configuration”
  • Shih-Jye Sun “Charge transfer induced electrical conduction variation in contaminated carbon nanotubes”
  • A.V. Vakhrushev “Molecular modeling of semiconductor nanostructures”.
  • O.B. Vitrik “Coherent optics sensors and sensing systems for physical fields and technical objects monitoring and nanotechnology”
  • A.V. Zotov “Dynamics of atoms in low-dimensional structures on crystalline Si surfaces”