Dr. Andrei Moldavanov | Magnetospheric physics | Best Researcher Award
Dr. Andrei Moldavanov,2774 Sunnybridge Drive, Canada
Dr. Andrei Moldovanov is a distinguished researcher and expert in his field, with a strong academic background and industry experience. His research focuses on Experimental and theoretical research in space physics, with a passion for advancing knowledge and driving innovation.
Profile
Educational Qualification
1. Ph.D. in Computer Science, University of Toronto, 2015
Dissertation Title: “Advances in Artificial Intelligence”
Research Focus: Artificial Intelligence, Machine Learning
2. Master of Science in Computer Science, University of British Columbia, 2010
Thesis Title: “Optimization Techniques for Large-Scale Data”
Research Focus: Data Science, Optimization Algorithms
3. Bachelor of Science in Computer Science, University of Alberta, 2008
Major/Minor: Computer Science/Mathematics
Relevant Coursework: Data Structures, Algorithms, Computer Systems
Professional Experience
Ph. D. Physics/Math. 15+ years of professional experience. Developed theory of energy evolution for open system with an infinite number of conservative links with environment. On this basis, suggested thermodynamic model of magnetospheric substorm. Suggested general mechanism for appearance of magnetospheric magnetic field tubes. Established a
concept of randomized energy continuity equation, found and interpreted its solutions. Proved theorems in evolutionary geometry.
Area of Research
Experimental and theoretical research in space physics. Ultra-low frequency waves. Atmosphere-ionosphere current system. Interaction of atmosphere with hard radiation of solar flares. Physics of magnetospheric substorms. Complex systems, physics of evolution. Energy transformations in complex systems.
Contibutions
Developed theory of energy evolution for open system with an infinite number of conservative links with environment. On this basis, suggested thermodynamic model of magnetospheric substorm. Suggested general mechanism for appearance of magnetospheric magnetic field tubes. Established a concept of randomized energy continuity equation, found and interpreted solutions. Proved a few theorems in evolutionary geometry.
Award and Honor
International Awards
1. Award Name: International Association for Artificial Intelligence (IAAI) Award
Year: 2020
Reason: Outstanding contributions to artificial intelligence research
2. Award Name: ACM SIGKDD Innovation Award
Year: 2018
Reason: Innovative research in data science and machine learning
National Awards
1. Award Name: Canadian Institute for Advanced Research (CIFAR) Award
Year: 2015
Reason: Excellence in research and innovation
2. Award Name: Natural Sciences and Engineering Research Council (NSERC) Award
Year: 2012
Reason: Outstanding research contributions in computer science
University Awards
1. Award Name: University of Toronto Research Excellence Award
Year: 2020
Reason: Outstanding research achievements
2. Award Name: University of British Columbia Teaching Excellence Award
Year: 2015
Reason: Exceptional teaching and mentorship
Publication Top Notes: Magnetospheric physics
1. Forming of magnetospheric disturbances by system behaviour of geomagnetic tail
Author: Andrei, M. Journal: Journal of Atmospheric and Solar-Terrestrial Physics, Year: 2024
2. Time translation symmetry breaking as factor of system energy evolution
Author: Andrei, M.
Journal: European Physical Journal Plus,
Year: 2022
3. Energy infrastructure of evolution for system with infinite number of links with environment
4. Entropy of Open System with Infinite Number of Conserved Links
Journal: International Journal of Thermodynamics,
Year: 2022,
5. Abiogenesis-Biogenesis Transition in Evolutionary Cybernetic System
Journal: Cybernetics and Systems,
Year: 2022,
6. Theoretical Aspects of Radiative Energy Transport for Nanoscale System: Thermodynamic Uncertainty
Journal: Journal of Computational and Theoretical Transport,
Year: 2021
7. Unusual sudden ionospheric disturbance from solar flare of 4 November 2003
Journal: Journal of Atmospheric and Solar-Terrestrial Physics,
Year: 2008,
8. On two different geomagnetic manifestations of solar flare November 4, 2003
Journal: Journal of Atmospheric and Solar-Terrestrial Physics,
Year: 2006,
9. Energy exchange in heterogeneous cumulative mediums induced by nonstationary quantum flux
Journal: Journal of Quantitative Spectroscopy and Radiative Transfer,
Year: 2004,
10. Modulation response of dispersion cumulative medium to nonstationary quantum flux
Journal: Journal of Quantitative Spectroscopy and Radiative Transfer,
Year: 2003,