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Education
1961-1966: Physics Department of Tomsk State University, Russia
1969: Ph.D. thesis Variational Principles in Quantum Statistics, Tomsk State University, Russia
1979: Doctor in Sciences, thesis Problems of External Field in QED, Institute of Nuclear Physics, Novossibirsk, Russia
1981: Academic title: Professor (Theoretical Physics Chair)
Positions
1996-...: Coordinator of the scientific group QUANTA at Institute of Physics University
of São Paulo, Brazil
1996-2002, Grant FAPESP, N 1997/07134-8, Brazil, Quantization problems and QED with strong fields
2002-2008, Grant FAPESP, N 2002/00222-9, Brazil, Actual Problems of QFT
2008-2012, Grant FAPESP, N 2007/03726-1, Brazil, Quantization and Problems of QFT
2013-2016, Grant FAPESP, N 2012/00333-7, Brazil, Quantization and Problems of QFT
2013 - ... : Scientific Supervisor of the Laboratory of Quantum Theory of Intense Fields at National
Research Tomsk State University
2006-2009, Grant CAPES/COFECUB-Brazil-France, N 566/07, Quantization of nontrivial classical models
2010-2012, Grant FAPESP/CNRS-Brazil-France, N 2009/54771-2, Modern aspects of coherent state quantization
2012-2013 Grant of the Ministry of Education and Science of Russian Federation N 14.В37.21.09.11
from 07.09.2012, Russia, Tomsk State Univ., Modern problems in quantum theory of strong fields.
2015-2017 Grant RFBR N 15-02-00293a, Quantum theory of strong fields and its application to particle
physics, astrophysics and to graphen physics.
2015-2017 Grant RSF N 15-12-10009, Some problems of strong interactions and intense fields in modern
quantum field theory.
2016-2021, Grant FAPESP, N 2016/03319-6, Brazil, Non perturbative methods in quantum theory and QFT
and their application to actual physical problems.
2018-2021, Grant RFBR N 18-02-00149a, Development of modern methods of QFT and their applications in
elementary particle physics, astrophysics and condensed matter physics.
2019-2021, Grant RNF (Russian Science Foundation) N 19-12-00042, Some Problems of Strong Interactions
and Intense Fields in Modern Quantum Field Theory,
Membership in Advisory and Editorial Boards
Membership in Advisory and Editorial Boards
Member of Advisory Board at "Universe" - Open Access Journal of Theoretical Physics (http://www.mdpi.com/journal/universe).
Member of Editorial Board of the International Journal "Gravitation and Cosmology".
Member of Editorial Board of the ''Russian Physics Journal",
Member of the Editorial Board of the book series
De Gruyter Studies in Mathematical Physics.
Research and supervision
Were supervised 26 PhD students and 3 doctor in sciences.
Were published more than 350 articles and 8 books;
There are more than 6150 authentic citations of Gitman`s works in international journals and books (Citation Index),
H-factor - 33,
i10-индекс 124 (according to Google Scholar,,
Google Scholar
Books
1. Д.М.Гитман, Е.С.Фрадкин, Ш.М.Шварцман. Квантовая электродинамика с нестабильным вакуумом. М. Наука. 1991. 294с.
2. E.S.Fradkin, D.M. Gitman and Sh.M.Shvartsman, Quantum Electrodynamics with Unstable Vacuum (Springer-Verlag, Berlin Heidelberg New-York London Paris Hong-Kong Barcelona, 1991) pp. 1-300.
3. D.M.Gitman and I.V.Tyutin, Quantization of Fields with Constraints pp. 1-291 (Springer-Verlag, Berlin Heidelberg New-York London Paris Hong-Kong Barcelona, 1990).
4. V.G.Bagrov and D.M.Gitman, Exact Solutions of Relativistic Wave Equations, pp. 1-321 (Kluwer Acad. Publisher, Dordrecht Boston London, 1990).
5. Д.М.Гитман, И.В.Тютин. Каноническое квантование полей со связями. М. Наука. 1986. 216с.
6. В.Г.Багров, Д.М.Гитман, И.М.Тернов и др. Точные решения релятивистских волновых уравнений. Новосибирск. Наука. 1982. 114с.
7. D.M.Gitman, I.V.Tyutin and B.Voronov, Self-adjoint Extensions in Quantum mechanics, Birkhauser (Springer Verlag, 2012) 511c.
8. V.G.Bagrov and D.M.Gitman, Dirac Equation and its Solutions (de Gruyter, Boston, 2014) 444с.
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