Prizes and Distinctions:

• Scholarships of the NAS of Ukraine for Young Scientists, 2019-2021.
• Scholarships of the NAS of Ukraine for Young Scientists, 2024-2026.

Languages:

Ukrainian (native), Russian (native), English (A2-B1), Spanish (A2-B1)

Education:

Field of Scientific Interest:

Thermoelectric Effects in Superfluid Systems; Excitonic Superfluidity in Multilayer Electron Systems.

Main Achievements:

An explicit expression for the polarization charge of an inhomogeneous superfluid Bose system was found through the two-particle order parameter; it was established that in superfluid Bose systems, the flow around a rectilinear quantized vortex leads to the appearance of an electric dipole moment in the vortex; a non-stationary thermoelectric effect was discovered in a thin film of superfluid helium under conditions of propagation in the film of the third sound; a thermomagnetic effect was discovered in superfluid and normal systems; polarization of quantum vortex structures in a superfluid liquid in the presence of an external magnetic field was predicted; longitudinal non-dissipative currents in bilayer electron-hole systems were investigated in the presence of potential barriers in the layers that divide the system into left and right sides (the longitudinal Josephson effect)

Professional Experience:

Publications:

Number of papers: 20 (in the refereed journals - 8)

Selected Publications for the last 10 years:

1. S. I. Shevchenko, O.M. Konstantynov, Longitudinal Josephson effect in systems with pairing of spatially separated electrons and holes, Low Temp. Phys, v. 51, p. 1379–1389 (2025).
2. S. I. Shevchenko, A.M. Konstantinov, Thermal counterflow and electrical activity of superfluid systems in a magnetic field, Low Temp. Phys. v. 46, 48-58 (2020).
3. S. I. Shevchenko, A.M. Konstantinov, Non-stationary Thermal Electromotive Force Generated by Third Sound, J. Low Temp. Phys., v. 194, p. 1-13 (2019).
4. S. I. Shevchenko, A.M. Konstantinov, On the Dipole Moment of Quantized Vortices in the Presence of Flows, J. Low Temp. Phys., v. 185, p. 384-391 (2016).