Rate My Professor Mikhail Kruglyakov

Kruglyakov's research specializes in scientific computing, simulation and modeling, parallel programming, electromagnetics, and applied geophysics. He develops advanced algorithms for solving forward and inverse electromagnetic problems, particularly in magnetotellurics and modeling geomagnetically induced currents (GICs) induced by space weather events. His work focuses on real-time prediction and 3D modeling of geoelectric fields, with applications to New Zealand's power grids and southern South Island resistivity structures. Key publications include "Multi-Site Transfer Function Approach for Real-Time Prediction of the Geoelectric Field" (Space Weather, 2023), "Three-Dimensional Modeling of the Ground Electric Field in New Zealand" (Space Weather, 2023), "Modelling Tippers on a Sphere" (Geophysical Journal International, 2022), "Real-Time 3-D Modeling of the Ground Electric Field Due to Space Weather: A Concept and Its Validation" (Space Weather, 2022), and "A Proper Use of the Adjacent Land-Based Observatory Data for Ocean GIC Studies" (Space Weather, 2022). With 82 publications and over 497 citations, his contributions advance understanding of Earth's conductivity structures and space weather impacts. He has shared his findings at international venues, including talks on GIC simulations in New Zealand power grids at conferences in Germany and the European Space Weather Week in Sweden.