about: Anatoly Vladimirovich Titov

https://orcid.org/0000-0002-9139-8258

Education: Doctor of Science on Theoretical Physics, Petersburg Nuclear Physics Institute, St.-Petersburg, 2003;
Ph.D. on Theoretical and Mathematical Physics, St.-Petersburg (former Leningrad) State University, St.-Petersburg, 1986;
Specialist on (Theoretical) Physics, St.Petersburg State University, St.-Petersburg, 1980.

Institutional Affiliations: Academic status: Senior Research Scientist, PNPI, 2000. Positions: Head of Lab, PNPI, 2014 - present time, Leading researcher, SPbSU, 2012 - 2015; Professor, SPbSU, 2006 - 2009; Leading researcher, PNPI, 2006 - present time; Senior Researcher and Group Leader, PNPI, 1996-2006; Researcher, PNPI, 1991-1995; Senior Researcher, Dept. of Physics, Leningrad Institute of Railway Engineers (Leningrad, now St.-Petersburg), 1989-1990; Leading Engineer, Central Scientific Production Union “Leninets” (Leningrad), 1987-1988; Engineer-Programmer, Computer Center of State Project Institute “Lenpromstroiproekt” (Leningrad), 1986; Graduate student, Institute of Physics, Leningrad (St.-Petersburg) State University (Leningrad), 1982-1985; Mathematician, Department of calculations, Production Union “Izhorskiy zavod”, 1980-1982; Student, Department of Physics at SPbSU, 1973-1980.

Area of expertise: Theory of relativistic effective core potentials (RECPs or pseudopotentials) for high precision calculations; non-variational and variational one-center restoration of electronic structure in core regions of heavy atoms-in-compounds (AiC) after its RECP calculation; high-precision calculations of molecules; electronic structure of heavy-atom systems; accurate basis sets; methods of correlation structure calculation: many-body perturbation theory, configuration interaction, coupled clusters; relativistic effects; variational principles including those for transition energies (matrices); unitary group for spin-dependent interactions; embedding potential theory; P,T-parity non-conservation effects; hyperfine structure; spectroscopic properties of molecules and solids.

Have a son (1996).

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