• study of physical properties and electronic structure of crystals of intermetallic compounds of rare-earth and manganites: macroscopic properties (magnetic, thermal and transport) and the magnetic structure,
• study of the evolution of superstructure, defects concentration, triple defects, solid systems and nano-layered,
• modeling of crystal growth, migration barriers of adatoms,
• study the physical properties (magnetic susceptibility, magnetization, specific heat, electrical resistance) and the electronic structure of magnetic, superconductors and heavy fermion compounds by ARPES method,
• research of dielectric properties of liquid crystals (LC),
• study of polymorphism LC and their dielectric properties: dielectric anisotropy, dielectric relaxation phenomena to the appointment of relaxation times,
• dynamics of transformation of crystal structures and atomic configurations into a solid and nano-dimensional systems, mainly intermetallic, alloys and semiconductors,

• Scanning electron microscope (SEM) of the type Quanta 3D,
• System for the application of epitaxial layers:
  a device for depositing films by sputtering (ion sputtering)
  MBE chamber - the growth of epitaxial layers - a device for producing thin films by molecular beam epitaxy (MBE),
• Photoelectron spectrometer XPS, UPS equipment (system of chambers for ultra-high vacuum),
• Multi-function measuring system of physical parameters of modern materials (PPMS, produced by Quantum Design (US)),

• synthesis of surface, self-organizing metallic nanostructures (dynamics  of change of surface morphology of nanostructures formed by application of Au, Ag to clean, reconstructed surfaces of Ge and InSb),
• production of metal nano-paths on isolating surfaces,
• modeling the transformation of crystal structures and atomic configurations into a massive and nano-dimensional systems,
• determination of magnetic properties, transport and electronic structure and magnetic rare earth compounds,
• determination of the effect of particle size on the magnetic properties of manganites,
• characterization at the atomic level interface / boundary of metal nanocluster / substrate on the Ge surface,
• determining the properties of materials and their elemental composition,
• conducting chemical analysis of tested samples,
• imaging/determination of orientation of the crystallographic grains,
• surface modifications of test samples,
• preparation of samples for specific areas to examine their cross-sections,
• nano-handling using a ion beam Ga,
• research valence band structure of crystalline materials,
• study band structure of materials, determination of dispersion relations, the study of modification of the band structure under the influence of surface or the entire material doping,
• study spectral functions affecting the shape of the spectra and reflecting the electrons interactions in a crystal,
• measurements of energy gap as a function of the wave vector of the electron,

  methods and research techniques:

• dielectric spectroscopy,
• scanning electron microscopy (SEM),
• SEM imaging (simultaneous imaging of the formulation under secondary electron (SE) and backscattered (BSE)),
• imaging in environmental mode ESEM (imaging of biological and non-conductive preparations in an aqueous medium in the pressure range to 2700 Pa),