CV 2020 �1. Personal Details Name: 
Timur F. Kamalov https://scholar.google.com/citations?user=SessPgIAAAAJ&hl=ru&oi=ao https://orcid.org/0000000243494747 https://www.scopus.com/authid/detail.uri?authorId=16068738400 https://publons.com/researcher/2584924/timurfianovichkamalov/ 
Occupation: 
Senior Lecturer, Theoretical Physics Department,
Moscow Institute of Physics and Technology (State University) https://scholar.google.ru/citations?user=SessPgIAAAAJ&hl=ru&oi=ao

Home Address: 
180, Prospect Mira, apt. 3, Moscow, 129366, RUSSIA 
Contact Physics Chair 1 Physics Chair 2 Administration of
University 
+7 /495/ 682 14 44
(home), +7 916 293 66 37 (mobile) � +7 495 408 75 90 +7 495 408 70 43 
Present Positions:

Senior Lecturer, Theoretical Physics Department, Moscow Institute of Physics
and Technology (State University)https://mipt.ru/ 
Email: 
t.kamalov@phystech.edu TimKamalov@mail.ru 
Home Page: Editor: 
http://www.timkamalov.theorphys.org/ http://theorphys.org/TheorPhys2013k.pdf http://www.sapub.org/journal/editorialboard.aspx?journalid=1070 
Every Mounth I�m provide Scientific Seminar on Theoretical Physics for
Scientific Research http://theorphys.org/seminar.html
�2. Qualifications/Professional
Memberships
EDUCATION
a) Undergraduate and graduate
studies Institution: Kuban State University (Russia), Faculty of Physics,
(19701976) Degree: Master of Sciences in Physical Mathematics Field of Study.
Physics Thesis: "The Model of the Process of the Detecting Gravitational Waves
with Two Satellites" (Diploma with Honor) Thesis advisor: Dr. N.
Tihomirov, Docent of Kuban State University (Russia)
b) Ph.D.
student: Peoples� Friendship University of Russia (20002003) Degree: Ph.D. in
Theoretical Physics (2003) Ph. D. Thesis (2003): "Stochastic Model of
Quantum Correlation." Supervisor: Prof. Yu.P. Rybakov, Chairmen of
Theoretical Physics Department, Peoples� Friendship University of Russia http://www.rudn.ru/en/
3. Career History In the Physical Research areas
1. Physical Institute Academy of Science, (FIAN), Moscow, an Engineer �
2 year, supposed of experimental works on Stellarator (a type of Tocomac) for
Plasma Physics study. Plasma Physics laboratory (19961998).
2.
Geochemical Institute Academy of Science, (GEOCHY by Vernadsky), Moscow, Senior
Engineer � 2 year, supposed of experiments on Mass Spectrometry Research of
Isotopes Analysis. I studed the devices with high vacuum � 1 year. I studed the
MassSpectrometry Isotopes Analyses of Inert Nobel Gases as Argon, Xenon in the
meteorites and Moons samples from its age dating (19982000).
a) 20002003, Senior lecturer, Physics Department, Moscow State Opened
University
b) 20052006 Docent (Associate Professor), Physics Department, Moscow
State Open University
c) 2006 20013 Professor of Physics Department, Moscow State Open
University
d) 20132014 Professor of Physics Chair, Moscow State University of
Mechanical Engineering
e) 2014 2015 Docent of Physics Chair, Moscow State University of
Mechanical Engineering
f) 2014  2017 Head of Information
Technology and Mathematics Department, Russian University for Cooperation
g) 2015 to present time Senior Lecturer, Theoretical
Physics Department, Moscow Institute of Physics and Technology (State
University)
4. Experience In the Teaching areas
6 Years experience of lecture courses, Introduction level for
Engineering and Science students on General Physics � Mechanics,
Electrodynamics, Quantum Mechanics. Introduction level, 2 hour a week. Groups
of 10100 students.
6 Years experience of laboratory classes: Mechanics, Electrodynamics,
Quantum Mechanics. Introduction level, it was 4 hour a week, groups of 1015
students, every hour.
6 Years
experience of practical course for solving General Physics problems.
Introduction level, 2 hour a month, groups of 1015 students, every hour.
5. Teaching experience
a) 20002003, Senior lecturer, Physics Department, Moscow State Opened
University
b) 20052006 Docent (Associate Professor), Physics Department, Moscow
State Open University
c) 2006 20013 Professor of Physics Department, Moscow State Open
University
d) 20132014 Professor of Physics Chair, Moscow State University of
Mechanical Engineering
e) 2014 �to the present time, Senior Lecturer,
Theoretical Physics Department, Moscow Institute of Physics and Technology
(State University)
6. Brief statement of my research interests
Timur Kamalov, PhD in Theoretical Physics,
Titles of my research interests is:
1. Axioms
in General Physics
T.F. Kamalov, Quantum Correction for Newton�s Law of
Motion,Symmetry 2020,12(1),63; https://doi.org/10.3390/sym12010063
T.F. Kamalov,
Classical and quantummechanical axioms with the higher time derivative
formalism, Journal of Physics: CS, 442 012051 (2013)
D.
Sokolovski, M. Pons, and T. Kamalov, Anomalous Zeno effect for sharply
localized atomic states, Physical Review A, V. 86, issue 2, 022110 (2012)
T.F. Kamalov, Bell�s Theorem and Entangled Solitons, International Journal
of Theoretical Physics, 55(9), �.
40754080 (2016)
�T.F. Kamalov, Instability states and Ostrogradsky formalism, Journal of Physics, CS, 1051(1),012033 (2018)
T.F. Kamalov, Quantum extension for Newton's law of motion, Journal of Physics, CS, 1251(1),012022
(2019).
( arXiv:0708.1584v4 ) The real spacetime to be
inertial with the accuracy determined through the Plank constant. In any (
arbitrary) reference frame including noninertial, the Lagrange function
depends not only on coordinates and their first derivatives (i.e. velocities)
but also on higher derivatives of coordinates, with the higher derivatives
being considered independent variables.
2. Foundation of Quantum Theory(arXiv:quantph/
0212139): a) the realization of the scheme: Quantum
Theory+Classical
Physics=General Physics ((arXiv:quantph/0611053) b)
the interpretation of the
wavefunction by classical description of curved
spacetime waves with mathematical
apparatus of General Relativity Theory
(quantph/0205079)
3. Simulation on the classical computer entanglement
states,
biphoton and qubits (arXiv:quantph/0301161).
4. Simulation on the classical computer
the process of Quantum Computation and realization
Quantum Algorithms by Stochastic
Methods (quantph/0109152).
5. The Stochastic Gravitational Model of Quantum
Correlation (quantph/0205168).
List of MY PRINCIPAL RESEARCH PUBLICATIONS
1. T.F. Kamalov, Classical and QuantumMechanical
Axioms with the Higher Time Derivative Formalism//Journal of Physics CS, 442
(2013) 012051.
http://iopscience.iop.org/17426596/442/1/012051/pdf/17426596_442_1_012051.pdf
2. T.F. Kamalov, Physics of NonInertial Reference
Frames and Quantum Mechanics, monograph, URSS, 2012,  117 p. (in Russian)
http://www.urss.ru/cgibin/db.pl?lang=Ru&blang=ru&page=Book&id=164705
3. D. Sokolovski, M. Pons, T. Kamalov. Anomalous Zeno
effect for sharply localised atomic states // Physical Review A, Physical
Review A86, 2012, 022110.
http://journals.aps.org/pra/abstract/10.1103/PhysRevA.86.022110
4. T.F. Kamalov, A model of Extended Mechanics and
nonlocal hidden variables for Quantum Theory// Journal of Russian Laser
Research, Volume 30, Number 5, p. 465479, 2009.
5. T.F. Kamalov, Axiomatization of Physics and Quantum
Mechanics// Quantum Computers and Computing, 2012, n.1., p. 5257.
6. T.F. Kamalov, Physics of NonInertial Reference
Frames// The VII �th International Symposium Honoring French Mathematical
Physicist JeanPierre Virgier, Search for Fundamental Theory, Imperial College,
London, UK, 1214 July 2010, American Institute of Physics Conference
Proceeding 1316, 2010, v. 1316, p. 455459.
7. T. F.Kamalov, Hidden Variables and the Nature of
Quantum Statistics// Journal of Russian Laser Research, 2001, v. 22, n. 5, p.
475479, Eprint arXiv:quantph/0703125.
8. 9. N.V. Evdokimov, T.F. Kamalov, How to Simulate
the Entanglement States// Journal of New Technologies, 2002, n.5/6, p. 26, (in
Russian).
10. T.F.Kamalov, Yu.P.Rybakov An Algorithm of a
Virtual Quantum Computer Model on a Classical Computer, 2003, Eprint
arXiv:quantph/0301161.
11. Yu.P.Rybakov, T.F.Kamalov, Stochastic
Gravitational Fields and Quantum Correlation// Bulletin of Peoples� Friendship
University of Russia, series Physic, 2002, n. 10(1), p. 57, (in Russian).
12. Yu.P.Rybakov, T.F.Kamalov, Random Solitons
Realization of Quantum Mechanics and Stochastic Qubits // Bulletin of Peoples�
Friendship University of Russia, series Applied Mathematics, 2003, v. 2, n. 2,
p. 117122, Eprint arXiv:quantph/0401168.
13. T.F.Kamalov, How to Complete the
QuantumMechanical Description?// In the book �Quantum Theory: Reconsideration
of Foundation2�, Vaxjo University Press, Sweden, 2003, p. 315322, Eprint
arXiv:quantph/0212139.
14. T.F. Kamalov, Feynmann�s Path Integrals in Stochastic
fields, New Technologies, n. 1, p. 46, 2005, (in Russian).
15. S.V. Kopylov, T.F. Kamalov, Complex Numbers as
Attribute of Quantum Theory, New Technologies, n. 1, p. 46, 2005, (in
Russian).
16. S.V. Kopylov, T.F. Kamalov, About Completeness
Classical Physics, in the book: Physical Education: Problems and Perspectives,
2006, p. 197199, (in Russian).
17. T.F. Kamalov, Systematic Measurement Errors in
nonInertial Systems References, New Technologies, n. 5, p. 1012, 2006, (in
Russian), Eprint arXiv:Classical Physics 0906.3539.
18. T.F. Kamalov, Yu.P. Rybakov, Probabilistic
Simulation of Quantum Computation //Quantum Computers and Computing, V. 6, n.
1, 2006, p. 125136.
19. Rybakov Yu.P., Kamalov T.F., Entangled solitons
and stochastic qbits //Physics of Particles and Nuclei Letters, V. 4, N. 2,
2007, p. 119121.
20. Rybakov Yu.P., Kamalov T.F., Entangled Solitons
and Quantum Mechanics// Foundation of Probability and Physics, American
Institute of Physics, 2007, v. 889, p. 315319.
21. T.F. Kamalov, Journal of Russian Laser Research, A
model of Extended Mechanics and nonlocal hidden variables for Quantum Theory,
Volume 30, Number 5, p. 466471, 2009.
22. T.F. Kamalov, Yu.T. Kamalov, Quantum Strategies in
Matrix Game Theory, Vestnik MSGU, n. 2, p. 4045, 2009.
23. T.F. Kamalov, Quantum Correction for Newton�s Law
of Motion,Symmetry 2020,12(1),63; https://doi.org/10.3390/sym12010063
MY BOOKS
1. The textbook for students in
Engineering Departments (in Russian) which named �Oscillations and Wave
Process�, authors: K.S.Kabisov, T.F. Kamalov, Lurie V.A. It was publish in
Russian, 340 pages. It consists of lectures and solved problems, Editor Publisher
URSS, Moscow, 2005 (First edition), 2009 (Second edition), 2014 (Third
edition).
2. T.F. Kamalov, Physics of NonInertial Reference
Frames and Quantum Mechanics, monograph, URSS, 2012,  117 p. (in Russian). http://www.urss.ru/cgibin/db.pl?lang=Ru&blang=ru&page=Book&id=164705
PARTICIPATION AT CONFERENCES
1. 10th UK Conference on the Foundation of Physics,
September 1014, 2001, Belfast, UK. Name of my talk: Reformed Bell�s
Inequalities in 4 Dimension Riemann�s Space. Author: Timur Kamalov. Eprint
arXiv: quantph/ 0109153.
2. International Conference �Quantum Theory:
Reconsideration of Foundation2�, Vaxjo, Sweden, June 16, 2003. Name of my
talk: How to Complete the QuantumMechanical Descriptions? Author: Timur
Kamalov, 2003.
3. The 7th World Multiconference on SYSTEMATICS,
CYBERNETICS and INFORMATICS, �Quantum Physics and Communication�, Dubna,
Russia, 30 July2 August, 2003. Name of my talk: How to Simulate the
Entanglement Sates and BiPhotons on Classical Computer. Applied Program on
Pascal. Authors: T.F. Kamalov, Yu. P. Rybakov.
4. AllRussian Conference on the problems of
Mathematics, Informatics, Physics and Chemistry, Moscow, Russia, 1721 April,
2006. Name of my talk: Simulation of Quantumlike Situation in Matrix Game
Theory, Authors: Yu.T. Kamalov, T.F. Kamalov, B.A. Lagosha, p. 4243, 2005.
5. The 8th World Multiconference on SYSTEMATICS,
CYBERNETICS and INFORMATICS, �Quantum Physics and Communication�, Dubna,
Russia, 30 July2 August, 2005. Name of my
23. T.F. Kamalov, Yu.T. Kamalov, Quantum Mechanics and Stochastic Fields,
in the book Problems of Nature, editor L.F. Utkina, MSGU press, p. 2833, 2007.
23. S.V. Kopilov, T.F. Kamalov, About Complex Numbers in Classical and
Quantum Mechanics, in the book Problems of Nature, editor L.F. Utkina, MSGU
press, p. 2528, 2007.
24. T.F. Kamalov, Simulation of Nuclear Interaction, in the book
Particle Physics on the Eve of LHC, World Scientific Press, editor A.
Studenikin, p. 439433, 2009.
25. T.F. Kamalov, Yu.P. Rybakov, Entangled optical solitons in nonlinear
Kerr dielectric, Coherent and Nonlinear Optical Phenomena. Edited by Belyi,
Vladimir N.; Drabovich, Konstantin N.; Flytzanis, Christos. Proceedings of the
SPIE, Volume 6729, pp. 67291T (2007).
26. S.V. Kopylov, T.F. Kamalov, Perspectives of Physics in nanoAngstem
scales, p. 334340, in the book Nanotechnologies and Nanomatherials, MGOU
Press, 2009.
27. T.F. Kamalov, Yu.T. Kamalov, Quantum Simulation in Matrix Game
Theory, p. 348351, in the book Nanotechnologies and Nanomatherials, MGOU
Press, 2009.
28. T.F. Kamalov, Quantum Computer and its Quasi Classical Model, p.
324327, in the book Nanotechnologies and Nanomatherials, MGOU Press, 2009.
29. T.F. Kamalov, Quantum Computer and hidden variables, Physical Misl
of Russia, n. 1, p. 2432, 2001.
30. T.F. Kamalov, About the nature of Quantum statistics, deponent
VINITI �4615�89, 1989�., p. 7374.
31. T.F. Kamalov, Influence of random gravitational waves to quantum
microobjects behavior, deponent VINITI �4615�89, �. 5760,
1989.
32. T.F. Kamalov, Bell�s Inequalities and Curvature of Space, in the
book: �25 year of Bell�s Inequalities�, p. 137138, 1990.
33. Yu.P. Rybakov and T.F. Kamalov, Probabilistic simulation of quantum
states, Proc. SPIE Vol. 7023, Quantum Informatics 2008, editor Yu. Ozhigov,
702307 (Apr. 29, 2008) (9 pages)
34. Rybakov, Y.P., Kamalov, T.F. Symplectic structure of quantum phase
and stochastic simulation of qubits// Physics of Particles and Nuclei Letters,
MAIK Nauka/Interperiodica, 2009, vol. 6, no. 7, pp. 535537.
talk: Random
Solitons and Simulation of Quantum Mechanics. Authors: T.F. Kamalov, Yu. P.
Rybakov. It will be publish in Journal of Elements Particle and Atom�s Nucley
Letters in 2007.
6. International Conference on Coherent and Nonlinear
Optics (ICONO 2006), Minsk, BELARUS. Name of my talk: Entangled Solitons and
Quantum Mechanics, Autors: T.F. Kamalov, Yu. P. Rybakov.
7. 11th International Conference on Squeezed States
and Uncertainty relations and 4th Feynman
festivalJune 2226, 2009, Olomouc, Czech Respublic. Name of my talk: Model of
Extended Newtonian Dynamics and Quantum Transition Amplitudes. Authors T.F.
Kamalov, Yu.P. Rybakov.
8. The VII �th International Symposium Honoring French
Mathematical Physicist Jean_Pierre Virgier, Search for Fundamental Theory,
Imperial College, London, UK, 1214 July 2010
8. 2nd International Conference on Theoretical
Physics, Moscow State Open University, 2024 of June, 2012
9. Quantum Days in Bilbao, International Conference,
Spain, 1216 of August, 2013
10.
3nd International Conference on Theoretical Physics, Moscow Institute of
Physics and Technology, 2126 of June, 2013 �http://theorphys.org/TheorPhys2013k.pdf Chaitman
of Scientific Committee and Chairman of
Organized Committee of the Conference