Fedor Naumkin, PhD
Associate Professor
Chemistry
Faculty of Science
Chemistry
Faculty of Science
International nanoscience expert explores new ways to model molecular systems and processes to guide experiments
Full biography
The creation of useful substances, and finding new ways of using existing ones, are at the heart of modern science and technology evolution. The continued scientific advancement of new materials is essential for the global development of an ecologically clean environment, renewable energy sources, and ultimately, a better quality of life. Computational Nanoscientist, Fedor Naumkin, Ph.D., Associate Professor of Chemistry in the Faculty of Science, has spent nearly three decades developing molecular systems to guide scientific advancement. His research program concentrates on predicting new stable structures and compositions; investigating relationships between various properties; and ultimately, designing systems with desirable characteristics. Practical applications include the development of new materials with unique properties, novel catalytic agents, elements of molecular electronics and machinery, molecular storage and transport, and energy storage at the molecular level. A Project Leader of Collaborative Laboratory for Applied and Interdisciplinary Mathematics (CLAIM), Dr. Naumkin's latest work focuses on modelling novel molecular systems and processes in order to inspire and guide experiments. These systems are anticipated to have various useful properties such as high sensitivity to light, yielding efficient detection, and highly efficient storage of energy at molecular levels; increased polarity facilitating the development of novel stable aggregates of molecules up to materials, and to lead to new types of chemical reactions. Drawn to its interdisciplinary nature, Dr. Naumkin joined in 2004 as an Assistant Professor and was appointed to his current role in 2009. His previous international experience includes Visiting Assistant Professor in the Department of Chemistry at the University of Toronto; INTAS Visiting Researcher in the Department of Chemistry, University of Cambridge, England; MPI Visiting Scientist in the Institute of Theoretical Chemistry, University of Stuttgart, Germany; Royal Society post-doctoral fellow in the School of Chemistry at the University of Sussex, England; and Senior Research Associate in the General Physics Institute at the Russian Academy of Science. Dr. Naumkin received his Master of Science in Physics (Honours) from Moscow State Engineering Physics Institute, and his Doctorate in Laser Physics (Theoretical) from the General Physics Institute (RAS) in Moscow, Russia. Ontario Tech University's Ontario Tech University
Areas of expertise
Courses
- CHEM 2010UStructure and BondingAn introduction to modern physical inorganic chemistry which provides a systematic overview of bonding theories designed to explain molecular arrangements, with emphasis on structure and energy. An introduction to Quantum theory (origins, Bohrs theory, uncertainty principle, wave function, Schrodinger equation) and to electronic structure of atoms and molecules (including VB and MO theories, and bonding in polyatomic molecules).
- CHEM 3140UPhysical Chemistry for BiosciencesThis course provides a study of the principles of physical chemistry, with an orientation to the biological sciences. Topics include: classical thermodynamics, solution thermodynamics, chemical equilibrium, electrochemistry, acids and bases, phase equilibria, chemical kinetics, pharmacokinetics, enzyme kinetics, spectroscopy, photobiology, macromolecules.
- CHEM 4060UQuantum Chemistry and SpectroscopyThis course offers a modern review of Quantum Theory in application to Chemistry. Starting from basic principles of quantum mechanics, their use is illustrated for such exactly solvable problems as particle in a box and well, harmonic oscillator, rigid rotator, and hydrogen atom. Approximate methods are then introduced for more complex systems including those with many electrons. Relevant aspects of spectroscopy associated with each degree of freedom (vibrational, rotational, electronic) are discussed as well. Computational examples are employed throughout.
- CHEM 4041/4042UAdvanced Topics in Chemistry (Computational Chemistry)This course covers various advanced topics that will enable the students to broaden their chemical background and allow them to explore areas in which they have a particular interest. Advanced Topics will be chosen according to the needs and demands of students and the availability of the instructors.
Education
- Ph. D.General Physics Institute (Russian Academy of Sciences), Russia
- M. Sc.Moscow State Engineering Physics Institute, Russia