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Expert holds a Ph.D in nanotechnology. This work includes the investigations of the process of interaction of complex nanomaterials with electromagnetic fields.

In particular, semiclassical and quantum theory of the linear and nonlinear interaction between quantum dot (QD) structures and electromagnetic excitation, taking into the consideration the depolarization induced local-field effect has been developed. An effective Hamiltonian has been derived and expressed in terms of the incident electric field, with a separate term describing the QD elecrtronic properties. The equations of motion have been formulated and numerically solved with the Hamiltonian for various types of the QD excitation, such as classical fields (CW field, light pulses) and quantum states of light (Fock qubits, coherent fields, electromagnetic vacuum state, the incident field with arbitrary photonic state distribution). In particular, for a QD exposed to coherent light, the appearance of two oscillatory regimes in the Rabi effect separated by the bifurcation has been predicted. In the first regime, the standard collapse-revivals phenomenon do not reveal itself and the QD population inversion is found to be negative, while in the second one, the collapse--revivals picture is found to be strongly distorted as compared with that predicted by the standard Jaynes-Cummings model. The Rabi oscillation period and amplitude exhibit strongly nonlinear dependence on the incident field strength. The latter result is in agreement with recent experimental observation by Mitsumoti et. al. in Ref. [Y. Mitsumori et. al. Phys. Rev. B 71, 233305] where local field effect on Rabi oscillations in isolated quantum dots confined in a single quantum well has been investigated. For the case of the QD interaction with incident optical pulse, we demonstrate that step-like transitions occur in Rabi oscillations and their signatures under certain conditions may suppressed in pump-probe experiments. The predicted effect allows to utilize the QD for the logical operations in quantum computing. For the case of QD interaction with arbitrary quantum light state in the linear regime, it has been shown that the local field induce a fine structure of the absorption spectrum: instead of a single line with frequency corresponding to which the exciton transition frequency, a duplet is appeared with one component shifted by the amount of the local field coupling parameter which is proportional to the excitonic transition dipole moment. Thus, observation of this splitting may provide a method for the investigation of such important QD electronic properties as oscillator strength, exciton radiation lifetime, etc. It has been demonstrated the strong light-mater coupling regime arises in the weak-field limit. The latter result is also in agreement with the experiment from Ref. [Y. Mitsumori et. al. Phys. Rev. B 71, 233305].

Expert is experienced in bussines development, marketing and sales of complex equipment

He is experienced in project management of new product development, from conception to release, marketing and sales.

Expert has launched new business in software development, where his responsibilities included initiation, partner search and selection, development, sales management, and setting up and curating marketing materials, business processes, contracts, and agreements.

 PhD in Theoretical Physics (quantum optics of a semiconductor quantum dots).
 6+ years in Nuclear Industry as Product-, Project- and Marketing Manager.
 Knowledge of world radiation detection instruments market (dosimeters, search detectors, RIID, NPP equipment) that allows choosing right solutions to specific problems.
 Construction of Radiation Environmental System for the Belarus Nuclear Power Plant (Project still running).
 Successful Implementation of Software-Hardware Solution - Nuclear Protection Network.
 Development of Mobile Apps for radiation detection instrumentation: Project and Product Management.
 Fluent in English and Russian including technical & business (spoken and written).
 6 years working experience as Principal Researcher.
 22 publications in high-level journals in following areas: b2b marketing, holography, nanotechnology.
 The scholarship of the President of the Republic of Belarus for talented young scientists for the achievements in quantum optics of nanostructures.