Dr. Alexey Cherezov, Paul Scherrer Institute, Switzerland
Dr. Alexey Cherezov is a tenure-track scientist at the Paul Scherrer Institut in Switzerland. He specializes in reactor physics and thermal-hydraulics, previously holding positions at UNIST and Seoul National University in South Korea. Dr. Cherezov earned his Ph.D. in Physical and Mathematical Sciences from Moscow Engineering Physics Institute (MEPhI), Russia. His research focuses on high-fidelity multi-physics code development for nuclear reactors, earning several prestigious grants and awards, including best presentations at major conferences. Fluent in Russian and proficient in English, Dr. Cherezov is dedicated to advancing nuclear safety and performance analysis. šš¬š
Publication Profile
Orcid
Education
He earned his Ph.D. in Physical and Mathematical Sciences from MEPhI in 2011, focusing on a spectral projection method for reactor core safety analysis. He also holds an M.Sc./B.Sc. in Nuclear Reactor and Power Plant Engineering from MEPhI, completed in 2008. š
Teaching Experience
He has extensive teaching experience, supervising numerous master projects and lecturing on nuclear reactor theory and numerical methods for reactor simulation at institutions like SNU and MEPhI. š
Awards
Cherezov has authored numerous peer-reviewed articles and conference proceedings, contributing significantly to nuclear reactor simulation and safety analysis. He has also been recognized for his work with several awards, including best presentation accolades at conferences like Neutronics-2013 and MEPhI-2011. š
Research Focus
Alexey Cherezov specializes in nuclear reactor physics, focusing on computational methods for reactor core analysis and safety simulations. His research includes developing high-fidelity multi-physics codes for transient and steady-state analysis of nuclear reactors, employing low-precision arithmetic and nonlinear acceleration algorithms to enhance computational efficiency. š§āš¬ His work also involves machine learning for spent fuel decay heat measurements, uncertainty quantification in reactor simulations, and innovative methods like spectral projection and reduced-basis element methods for reactor calculations. Cherezov’s contributions aim to improve the accuracy and reliability of nuclear reactor simulations. š