| Physicochemical foundations for creating functional semiconductor nanosystems |
| Prof. A. Latyshev |
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| Two-dimensional metals of atomic thickness: synthesis and properties |
| Dr. A. Saranin |
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| The study of electronic and spin structure of nanosystems by photoemission method with angular and spin resolution |
| Dr. O. Tereshenko |
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| Semiconductor-dielectric multilayer nanostructures as a basis for neuromorphic, radio-photonic and quantum microcircuits |
| Dr. V. Popov |
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| Quantitative measurement methods in electron microscopy |
| Dr. A. Chuvilin |
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| Atomic structure of iron and chromium silicide nanocrystals in a silicon matrix |
| Dr. A. Gutakovsky |
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| Structural processes in nanosystems using dynamic crystallography methods |
| Dr. A Avilov |
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| Twinning in nano- and microcrystals |
| Dr. A. Vasiliev |
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| Diffusion and atomic reactions on the surface, interfaces and in the bulk of the crystal |
| Dr. S. Kosolobov |
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| Optimization of the Bridgman method for growing single crystals of layered chalcogenides |
| Dr. K. Koch |
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| Visualization and quantitative measurements of strain fields in semiconductor heterostructures during HREM studies |
| Dr. A. Chuvilin |
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| Monte-Carlo simulation of the formation of semiconductor nanostructures |
| Dr. N. Schwarz |
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| Application of calculations based on the density functional theory to the study of semiconductor surfaces |
| Dr. R. Zhachuk |
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| Excitons as Artificial Atoms: Fundamental Properties and Instrumental Applications |
| Dr. V. Kovalev |
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| Structural-geometric and field control of the resistance of quantum nanosystems: experiments and models |
| Dr. V. Tkachenko |
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