Moscow State University, Chemistry Department,
Moscow, Russia.
The title of the MSc Thesis: "The system of parameters of the
effective Hamiltonian for the titanium atom and its ions".
Scientific advisor: Professor I. A. Misurkin
Ph.D. in Physics and Mathematics: May 8, 1992
Karpov Institute of Physical Chemistry,
Moscow, Russia.
The title of Ph.D. Thesis: "Electronic Structure of Transition Metal Complexes".
Scientific advisor: Professor I. A. Misurkin.
Subject of examination: Chemical physics and theory of elementary processes
Postgraduate course at L. Y. Karpov
Institute of Physical Chemistry, Moscow, Russia. Chemical Physics
and theory of elementary processes; Quantum Chemistry and Solid State
Physics; Theory of chemical reactions.
Awards
The First Award on the Annual Conference for Young Researchers,
Moscow State University, 1988.
International Science Foundation Research Award, 1993.
Alexander von Humboldt Research Fellowship, 1994-1996
Professional experience
August 2002 - present:
Research Assistant Professor.
The Pennsylvania State University, University Park, PA.
Group of Professor S. Hammes-Schiffer
August 2000 - July 2002
Postdoctoral Research Associate.
University of Utah, Salt Lake City, UT.
Group of Professor G. Voth.
April 1998 - July 2000:
Postdoctoral Research Associate.
University of Notre Dame, Notre Dame, IN.
Group of Professor S. Hammes-Schiffer
New method for calculations on the excited states of the transition
metal atoms and ions (M.Sc. Thesis)
Development of a new quantum-chemical method for calculation
of the electronic structure, magnetic properties, and optical
spectra of transition metal complexes
Calculations of free energy surfaces for electron and proton transfer
reactions in condensed medium
Development of a new method for numerical integration of the
one-dimensional Schrädinger equation for an arbitrary potential
Theoretical formulation of the dynamics of charge-transfer and proton
transfer reactions in a polar solvent
Investigation of non-adiabatic effects in the systems with multiple
degrees of freedom
Development of the multistate continuum theory for proton-coupled
electron transfer (PCET) reactions in condensed phases
Development of computer algorithms for molecular dynamics simulations
of the proton transfer processes in condensed phases and biological
environment. Molecular dynamics simulations of weak acid dissociation
processes in water
Teaching Experience
Course "Introduction to Theoretical Physics", College of
Information Technologies, Moscow, 1992/1993.
Undergraduate level course "Applied Quantum Chemistry:
Potential Energy Surfaces for chemical reactions in the gas phase
and in condensed medium", Higher Chemical College of Russian Academy
of Sciences, Moscow, Fall Semester 1997.
Undergraduate level course "Introduction to the theory of charge
transfer reactions in condensed phase", Higher Chemical College
of Russian Academy of Sciences, Moscow, Beginning of Spring
Semester 1998.
Teaching assistance: Quantum Mechanics for chemistry graduate
students, Department of Chemistry, The Pennsylvania State University,
University Park, Pennsylvania, USA