SCIENTIFIC ORGANISATION: Moscow Institute of Physics and Technology (State University)
  • Physics, Nanotechnologies, Materials Technology, Space

    «Topological Phenomena in Superconducting Nanostructures.»
  • Mechanics and engineering. Energy

    «Computations of Laminar-Turbulent Transition Reynolds Numbers in Compressible Boundary Layers Using Stability Code HSFS»
  • Life Science

    «3D histochemistry – a novel tool for analysis of neurogenesis»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Experimental and theoretical approaches in studies of planetary atmospheres»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Computational Materials Discovery»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Josephson Effect in Superconductor-Ferromagnet Junctions»
  • Mathematics

    «Self-organization Delaunay mesh generator in nonregular implicit domains»
  • Life Science

    «Cognitive imparement and suppression of neurogenesis in mice after irradiation.»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Direct readout of scintillator tiles with SiPM»
  • Life Science

    «DIVISION AND DIFFERENTIATION OF ADULT NEURAL STEM CELLS»
  • Physics, Nanotechnologies, Materials Technology, Space

    «High-dimensional description of quasiperiodic materials»
  • • Ivan Egorov

    corr.member of RAS

    Mechanics and engineering. Energy

    «Numerical simulation of hypersonic unsteady flows»
  • Life Science

    «Arrhythmia modelling in tissue culture»
  • Mathematics

    «Review of structured mesh generator with coarse block structure for winged bodies»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Surface reconstructions of SiO2 predicted by an evolutionary method»
  • Mechanics and engineering. Energy

    «Flow Modellium Laboratory. Past, Current and Future Activity»
  • Life Science

    «Statistical methods in neuroimaging»
  • Mathematics

    «Iterative solver for polyconvex variational problems of finite hyperelasticity.»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Structure and stability of small silicon clusters passivated by hydrogen»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Crystal structure of high-pressure methane phases»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Theoretical Predication of Stability of CemOn clusters.»
  • Physics, Nanotechnologies, Materials Technology, Space

    «Dynamical Frenkel line in metallic liquids. Iron fluid.»