Born in 1985 in Moscow, graduated from "2-nd school" lyceum in 2002. Obtained bachelor (2006) and master (2008) degree at MIPT. Started working in INR RAS from 2004. In 2012 successfully defended phd thesis (particle physics) on the analysis of data from "Troitsk nu-mass" experiment in search for mass of electron neutrino. From that time worked in different particle physics collaborations. In 2013 began teaching general physics (and later, special coerces on statistics and scientific programming) at MIPT. In 2017 together with Lev Inzhechik formed a nuclear physics methods group at MIPT, which in the beginning of 2019 was transformed into a laboratory.
Specialist in neutrino physics, data analysis in physical experiment and development of scientific software. The primary achievement in physics is the best limit on electron neutrino mass and sterile neutrino mixing for masses up to 1 keV based on "Troitsk nu-mass" data. Currently a member of "Troitsk nu-mass", IAXO (axion search) and BAT (Bayesian analysis toolkit) collaborations.
Prototype of a segmented scintillator detector for particle flux measurements on spacecraft
Declarative analysis in “Troitsk nu-mass” experiment
Kotlin language for science and Kmath library
Shape-based event pileup separation in Troitsk nu-mass experiment
Statistical time analysis for regular events with high count rate
Designing Proton and Electron Detector for Monitoring Solar Cosmic Rays
Physics potential of the International Axion Observatory (IAXO)
Reactor like TGE model
Direct Search for keV-Sterile Neutrino in Nuclear Decay. Troitsk Nu-Mass (Scientific Summary)
Measurements with a TRISTAN prototype detector system at the "troitsk nu-mass" experiment in integral and differential mode
Processing of higher count rates in Troitsk nu-mass experiment
Application of Turchin's method of statistical regularization
DataForge: Modular platform for data storage and analysis