Automata theory
Algebraic properties of linear automata, completeness problems and automata over subrings of rational numbers.
Discrete mathematics · Theoretical computer science
Candidate of Physical and Mathematical Sciences, researcher and educator at the Faculty of Mechanics and Mathematics, Lomonosov Moscow State University.

Research
Algebraic properties of linear automata, completeness problems and automata over subrings of rational numbers.
Combinatorial methods, graph theory and mathematical foundations of control systems and theoretical computer science.
Efficient similarity search, neural networks and connections between mathematical models and computing practice.
Academic work
My 2022 dissertation, “Linear automata over subrings of rational numbers,” explores completeness questions in classes of linear automata.
Dissertation record →I contribute to courses and seminars in graph theory and VLSI design, neural networks, discrete mathematics and programming practice.
Official MSU profile →Selected talks
7 March 2025 · MSU
A joint talk with Dmitry V. Alekseev on additional redundancy and iterative decoding with error localisation.
October 2023 · MSU
An introduction to error-correcting codes and machine-learning-based optimization techniques for LDPC codes.
I am interested in joint research, scientific publications, academic seminars and educational initiatives.