1) Atomistic modelling of prospective hydroborate-based solid electrolytes with the aim of
achieving comprehensive understanding of its ionic conductivity, electrochemical, mechanical and other properties in collaboration with experimentists to implement its potential in ready-to-scale technology.

2) Applying atomistic modelling and materials informatics methods for selection of sacrificial additives that compensate for the deficiency of charge carriers for Na-ion batteries and its adaptation for particular cell’s chemistry, as well as guiding for synthesis.

Bachelor’s degree in Applied Mathematics and Physics, Phystech-School of Physics and Research named after Lev Landau (LPR, DGAP), Moscow Institute of Physics and Technology (MIPT, Phystech) (Jun 2025)

Thesis Topic: Atomistic Modeling of Hydroborate Electrolytes for All-Solid-State Batteries

Conducted seminars:

1. Pre-experimental phase of the study on sacrificial additives for Na-ion batteries, CMG seminar, 20.04.2026
2. Energy corrections & Accuracy of phase diagrams in the Materials Project, CMS seminar, 12.03.2026
3. Accounting for dispersion interactions within Density Functional Theory, CMS seminar, 27.11.2025