Boyarkin, Oleg Mikhailovich

• Senior Lecturer, Department of Physics, Kramatorsk Industrial Institute.
• Associate Professor, Department of Theoretical Physics, Grodno State University.
• Head of the Department of Theoretical Physics, Grodno State University.
• Head of the Department of Theoretical Physics at the Belarusian State Pedagogical University.
• Professor at the Department of Theoretical Physics at the Belarusian State Pedagogical University.
• Professor of Physics and Higher Mathematics at the International State Ecological Institute. HELL. Sakharov Belarusian State University.
• He taught special courses in particle physics at universities in Poland (Warsaw, Krakow) and Germany (Aachen, Bielefeld).
• In 1994 and 2004 interned at the International Center for Theoretical Physics. A. Salama (Trieste, Italy).

Scientific activity

The main areas of research are particle physics and astrophysics. He proposed a model that combines all possible versions of the theory of electroweak interactions with left-right symmetry (Physical Review D, 1994). Within the framework of the proposed model, he explained the experimentally observed anomalous magnetic moment of the muon (Physical Review D, 2003). Studying the physics of solar processes, he predicted the correlation of neutrino flux with solar flares (Physical Review D, 1996) ^[1] . Found limits on the weight of heavy neutrinos that are candidates for the role of particles of cold dark matter (Physical Review D, 2004).

He proposed a model combining all possible versions of the theory of electroweak interactions with left-right symmetry and, within the framework of this model, gave an explanation of the magnitude of the experimentally observed anomalous magnetic moment of the muon . Studying the physics of solar processes, he predicted the correlation of neutrino flux with solar flares . He set limits on the masses of heavy neutrinos that are candidates for cold dark matter particles in the Universe. He showed that in the framework of the left-right model, one can obtain agreement between the theory and the experiment on observing the radiation decay of the muon. I obtained upper bounds coinciding with experiment for the magnetic dipole moments of the neutrino. He predicted the most promising reactions for detecting heavy neutrinos in the conditions of the large hadron collider .

In 1979, he defended his thesis ("Electrodynamics of particles with a maximum spin of 1"), in 1996 - his doctoral dissertation ("Left-right and composite models of electroweak interactions").

The author of 70 articles published in international journals.

Textbooks and Monographs

1. Physics of massive neutrinos (URSS, Moscow) 2006 198 p .;
2. Introduction to elementary particle physics (URSS, Moscow) 2006, 259 pp .;
3. Introduction to Physics of Elementary Particles, Nova Science Publishers. New York 2007;
4. Introduction to Physics of Elementary Particles (Nova Science Publishers, New York) 2007, 345 p.
5. Advanced Particle Physics, Volume I: Particles, Fields, and Quantum Electrodynamics (Taylor and Francis, London - New York) 2011, 639 p.
6. Advanced Particle Physics, Volume II: Standard Model and Beyond (Taylor and Francis, London - New York) 2011, 555 p.
7. O.M. Boyarkin, G.G. Boyarkina, Particle Physics - 2013, Volume 1: From the electron to the Higgs boson. Quantum Theory of Free Fields (URSS, Moscow) 2013, 294 p.
8. O.M. Boyarkin, G.G. Boyarkina, Particle Physics - 2013, Volume 2: Quantum Electrodynamics and Standard Model (URSS, Moscow) 2013, 435 p.

Articles in International Magazines

1. O.M.Boyarkin, Electrodynamics of particles with spin 1, Ukrainian Physical Journal, 1976, T. - 21, S.- 296-302.
2. O.M.Boyarkin, Vector meson with anomalous magnetic moment, Ukrainian Physical Journal, 1976, T. - 21, S. - 1453-1459.
3. O.M.Boyarkin, Electrodynamics of charged vector mesons, University proceedings. Physics, 1978, T.-21, S.- 632-639.
4. O.M.Boyarkin, Bremsstrahlung of a vector meson on the nucleus, ZhETP, 1978, T.-48, S.- 13-26.
5. O.M.Boyarkin, Dual-invariant theory of particles with spin 1, University proceedings. Physics, 1981, T.-24, S.-1003-1005.
6. O.M.Boyarkin, S matrix in the dual-invariant theory, University proceedings. Physics, 1982, T.-25, S.- 173-175.
7. OM Boyarkin, Renormalizable electrodynamics of charged vector particles, J. Phys. G: Nuclear Physics, 1982. V.- 8.- P.- 161-170.
8. O.M.Boyarkin, Dual-invariant theory. Renormalization. Models, University News. Physics, 1983, T.-26, S. -15-18.
9. O.M.Boyarkin, Electroweak interactions of vector particles in the SO (1,1) invariant model, University proceedings. Physics, 1989, T.-32, S.- 828-833.
10. O.M.Boyarkin, W-boson with multipole moments, University proceedings. Physics, 1990, T.-33, S.- 769-772.
11. OMBoyarkin, Production of gauge bosons in the left-right symmetrical theory, Yader. Fiz., 1991, V.-54. C. 839-846.
12. OMBoyarkin, Continuous left-right model of electroweak interactions, Yader. Fiz., 1993, V.-56, P.- 135-145.
13. OM Boyarkin, The continuous left-right symmetric and antisymmetric models, Acta Physica Polonica, 1992, V.-B23, P. - 1031-1045.
14. OM Boyarkin, Asymmetric left-right model of electroweak interactions, Physical Review D. 1994.-V.50.-P.- 2247-2255.
15. OMBoyarkin, Probing Physics beyond the standard model, Acta Physica Polonica B, 1994, V.-25, P. - 287-307.
16. OMBoyarkin, D. Rein, Resonant precession of neutrinos endowed with the anapole moment, Zeitschrift fur Physik C, 1995.-V.67.-P.607-611.
17. OM Boyarkin, D. Rein, Neutrino masses and oscillation angle phenomena within a symmetric left-right model, Physical Review D, 1996.-V.53, P.- 361-373.
18. OM Boyarkin, The solar neutrino problem within the left-right model, Physical Review, 1996, V.-D53, P. 5298-5316.
19. OM Boyarkin, Influence of the solar flare on the neutrino oscillations, Russ. Phys. J., 1996, V.-39, P.- 597-600.
20. OMBoyarkin, GG Boyarkina, The oscillations of Majorana neutrino within left-right model, Physics of Atomic Nuclei, 1996, V.-59, P. - 886-893.
21. OM Boyarkin, GG Boyarkina, Searches lepton flavor violationon at muon colliders, Physics of Atomic Nuclei, 1997, V.-60, P. - 683-694.
22. OMBoyarkin, AN Senko, The solar neutrinos in the models with the charged Higgs bosons, Russ. Phys. J., 2000, V.-41, P.- 28-32.
23. OMBoyarkin, GGBoyarkina. Higgs bosons in the left-right model, European Physical Journal.C. 2000.- V.13, P. - 99-15.
24. OM Boyarkin, TI Bakanova, Solar neutrino oscillations in extensions of the standard model, Phys. Rev., 2000, V.- D62, P.- 075008-1-075008-16.
25. OM Boyarkin, TIBakanova, Solar neutrinos in the models with the extended Higgs sector, Yader. Fiz., 2001, V.-64, P.- 2056-2072.
26. OM Boyarkin, Physics of Higgs bosons and neutrinos in the left-right model, Yader. Fiz., 2001, V.-64, P.- 354-366.
27. OMBoyarkin, GGBoyarkina, VV Mahknach, Anomalous magnetic moment of the muon in the left-right model, Yader. Fiz., 2003, V.-66, P.- 306-318.
28. OMBoyarkin, GGBoyarkina, Estimations of heavy neutrino masses and mixing in models with an extended Higgs sector, Physical Review D, 2004 –V.70 - P.113010-1 –113010-13.
29. OM Boyarkin, GG Boyarkina, Effect of the Neutrino Magnetic Moment on the Properties of the Muon, Physics of Atomic Nuclei, 2009.-V.-72. P.- 607-618.
30. OMBoyarkin, GGBoyarkina, Indirect method for determining heavy-neutrino masses, Yad. Fiz. 2005, V.-68, P.- 2109-2122.
31. OM Boyarkin, GG Boyarkina, VV Mahknach, Can the Left Right Symmetric Model explain the Muon Anomalous Magnetic Moment ?, Nonlinear Phenomena in Complex Systems, 2009, V.-12, P.- 275-281.
32. OM Boyarkin, GG Boyarkina, Heavy neutrino phenomenology, Nonlinear Dynamics and Applications, 2012, V.-19, P.- 61-70.
33. O.M. Boyarkin, G.G. Boyarkina, Magnetic moment of the Majorana neutrino in the left-right-symmetric model, Nuclear physics. 2013.V. 76, S. - 542-552.
34. OMBoyarkin, GGBoyarkina, VVMakhnatch, Detection of the Neutrino Magnetic Moments, Nonlinear Dynamics and Applications, 2014, V.20, P. - 43-48.
35. OMBoyarkin, GGBoyarkina, VVMakhnatch, Detection of the Neutrino Magnetic Moments, Nonlinear Dynamics and Applications, 2014, V.- 20, P.- 43-48.
36. OM Boyarkin, GG Boyarkina, Electromagnetic properties of neutrinos in left-right model Physical Review D, 2014, V.90, P.- 025001-025011
37. OMBoyarkin, GGBoyarkina, Detecting the neutrino magnetic moment at Hadron Colliders, Physical Review D, 2014, V.-90, P.- 105021-105029.

Articles in Proceedings and Conferences

1. OMBoyarkin, The left-right model of the electroweak interactions, in Proc.the XV Int. Warsaw Meet. Elemen. Part. Phys., Kazimierz, Poland, May 25-29, 1992, (Ed. Z. Ajduk et al.) World Scientific, 1993, P.274-279.
2. OMBoyarkin, GGBoyarkina, Lepton number nonconcerving processes at muon collider, in Proc. Conf. "Quantum Systems. New Trends and Methods", (ed. YSKim et al.) World Scientific, Singapore, 1997, P.281-285.
3. OMBoyarkin, GG Boyarkina, Perspectives of Muon Colliders for Searching New Physics Signals, in Proc. Eighth Lomonosov Conference on Elementary Particle Physics. Moscow, August, 1997, (ed. A. Studenikin) Iterregional Center for Advanced Sdudies, Moscow, 1998, P.20-28.
4. OMBoyarkin, GG Boyarkina, Lepton number nonconcerving processes at muon collider, in Proc. Conf. "Quantum Systems. New Trends and Methods", (ed. YSKim et al.) World Scientific, Singapore, 1997, P.281-285.
5. OMBoyarkin, Solar neutrino oscillations in Extensions of the Standard Model, in Proc. Ninth Lomonosov Conference on Elementary Particle Physics, Moscow, September, 1999 (ed. A. Studenikin) World Scientific, Singapore, 2000, P.28-35.
6. OMBoyarkin, GG Boyarkina, VV Machnach, Phenomenological consequences of the neutrino anomalous magnetic moment, in Proc. the 13th Annual Seminar NPCS'2006 "Nonlinear Dynamics and Applications", Minsk, May, 2006, (ed. LFBabichev, VIKuvshinov) Belarus, Minsk, 2006, P.159-166.
7. OMBoyarkin, GGBoyarkina, Neutrino Flux in a Plane Electromagnetic Wave, Actual Problems of Microworld Physics (Proceedings of International School-Seminar, Gomel, Belarus, July 23-August 3, 2007, Joint Institute for Nuclear Research, Dubna, 2008, V.- 2 (2008) P.-179-188.
8. OMBoyarkin, GGBoyarkina, Radiative muon and tau decays, in Proc. the XVIth Annual Seminar NPCS'2009 "Fractals, Chaos, Phase Transition", Minsk, May 19-22, 2009, (ed. LF Babichev, VIKuvshinov) Belarus, Minsk, 2009.
9. OMBoyarkin, GGBoyarkina, Radiative muon decay, in Proc. Inter. School-Seminar "New Physics and Quantum Chromodynamics at external Conditions", May 3-6, Dnipropetrovsk, Ukraine, 2009 (ed. V. Skalozub et al), Dnipropetrovsk, 15-21, 2009.
10. OMBoyarkin, GG Boyarkina, Muon as a Probe of New Physics, in Proc. Inter. School-Seminar "Actual Problems of Microworld Physics", Gomel, Belarus, July 15-26, 2009) (ed. A.Ilychev et al.), Joint Institute for Nuclear Researc h, Dubna, 2009.
11. OMBoyarkin, GG Boyarkina, Neutrino magnetic moment as a signal of New Physics, in New Physics and Quantum Chromodynamics at External Conditions: Proc. Inter. School-Seminar May 22-24, 2013, Dnipropetrovsk, Ukraine, Dnipropetrovsk DNU, 2013. P.49-57.
12. OM Boyarkin, GG Boyarkina, VV Makhnach, Higgs boson production at the electron-positron collider in Proceedings V Congress of Physicists of Belarus, Belarus, Minsk, October 27-30, 2015.

• Soros Associate Professor of the International Soros Science Education Program (1996)
• A scientific biography has been included in Who's Who in Science and Engineering (Marquis Who's Who. - 9th Ed. - 2006)
• International Scientist of the Year (2007) Cambridge International Biographical Center
• Name entered in the 25th Silver Anniversary Edition of Who's Who in the World (Marquis Who's Who, 2008)
• Listed in 2000 outstanding intellectuals of the 21st century Cambridge International Biographical Center (2008)
• Name entered in the 30th Pearl Anniversary Edition of Who's Who in the World (2012) ^[3]
• In 2014, the Ganarovaya Gramata of the National Assembly of Belarus was awarded to the Congress of the Republic of Belarus for a sluggish lifestyle at the real society of the Republic of Belarus and the shatgad prisoner of navukova-pedagogical dzeynastst.
• In 2015, the International Biographical Center of Cambridge awards THE CAMBRIDGE CERTIFICATE for Outstanding Scientific Achievement.