From nanodesign to nanodiagnostics: development of "full cycle laboratory". Mega-grant of the Government of Russian Federation for state support of the research conducting under supervising ...
X-ray and electron spectroscopy with a time resolution using a free-electron lasers.
Colloidal magnetic nanoparticles for personalized theranostics in oncology: advanced in-situ x-ray spectroscopic and x-ray nano-imaging research.
X-ray spectroscopic investigation using large scale facilities (including operando studies) and multiscale computer modeling of the electronic structure of new perspective materials including ...
Synthesis of catalysist on the basis of Pd и CeO2 nanoparticles and in-situ x-ray spectral diognostics of oxydation reactions on their surfaces.
Nanodiagnostics of the local surrounding of micro-elements in geological materials: x-ray spectroscopy study and computer modeling.
A comprehensive study of mechanisms of independent antitumor action of nanoparticles of biogenic metals on the experimental tumors in vivo.
Computer modelling and x-ray spectroscopic diagnostics of nanoscale atomic and electronic structure of active center in beta-amyloid - mediator of Altzheimer's disease.
X-ray spectral diagnostics and multiscale computer modelling of atomic and electronic structure of actinides compounds.
X-ray spectral monitoring of the oxidation state and atomic structure of coordination complexes in various time scales of photochemistry reactions.
Computer modelling, x-ray and optical spectral diagnostics of local atomic and electronic structure of transitional 3d metals ions in water solutions with different pH.
Local atomic and electronic structure of Al-Fe-Cu quasicrystals.
Metal-Organic Frameworks (MOFs) are a new class of porous materials. It is attracting much attention due to their large pore sizes, high apparent surface areas, s...
Palladium-based materials are extensively used in biology, medicine, sensors and catalysis. Our group performs in situ and operando studies by means of synchrotron-based ...
FitIT is a new approach to fit spectra using multidimensional interpolation approximation. FitIt allows to obtain information about the local atomic structure from XANES ...
X-ray absorption spectroscopy for 3D atomic and electronic structures of materials with and without long-range order: nanoparticles, molecules, biological systems, etc.
Fourier Transform Infrared (FTIR) spectroscopy to study action of anticancer drugs (cisplatin, carboplatin, oxaliplatin).
Local atomic and electronic structure of SiO2 nanoparticles functionalized by methionine: XANES analysis complemented by theoretical DFT calculations.