01-3-1113-2014/2018
 
Priority: 1
   
Status: Approved for completion
in 2018
Theory of Fundamental Interactions

 

Leaders:     D.I. Kazakov 
O.V. Teryaev
A.B. Arbuzov


Participating Countries and International organizations:

Armenia, Azerbaijan, Belarus, Bulgaria, Canada, CERN, China, Czech Republic, Finland, France, Georgia, Germany, Hungary, ICTP, Italy, Japan, Kazakhstan, Mexico, Mongolia, Nederlands, New Zeland, Norway, Portugal, Poland, Republic of Korea, Russia, Serbia, Slovakia, Spain, Sweden, Switzerland, USA, Ukraine, United Kingdom, Uzbekistan, Vietnam. 

Scientific Programme:
The main aim of the research within the theme is the construction of theoretical models and their application to the description of properties of elementary particles and their interactions. This research includes the following directions of activity. The development of quantum field theory formalism in gauge and supersymmetric theories. Construction and investigation of the models of particle physics beyond the Standard Model. Theoretical support of experiments at the Large Hadron Collider on the search of new physics and the study of the properties of the Higgs boson. Calculation of radiative corrections to the processes of particle creation within the Standard Model and its extensions. Investigation of neutrino properties and neutrino oscillations. Investigation of the hadron properties within quantum chromodynamics and phenomenological quark models. Study of the hadron spin structure with the help of generalized and transverse momentum dependent parton distributions. Study of heavy quark properties and exotic hadrons. Lattice simulations for obtaining nonperturbative results in gauge theories. Investigation of dense hadronic matter and theoretical support of the program NICA. Theoretical support of a wide range of current and future experiments at JINR, IHEP, CERN, GSI, DESY and other physics centers. 

Expected main results in 2018:

  • Investigation of the arbitrariness in divergence subtraction procedure in supersymmetric theories in higher dimensions and calculation of the leading counter-terms in all orders of perturbation theory. 

    Theoretical support of search for new physics at the LHC based on experimental data from ATLAS and CMS. 

    Theoretical study of supersymmetric models of Dark matter and analysis of experimental data on direct and indirect Dark matter search. 

    Investigation of the effects due to radiative corrections in Drell-Yan processes after increasing LHC luminosity and beam energy.

    Studies of parton densities in nuclei. 

    Investigation of high-energy asymptotics of the structure functions F2 and FL and their heavy quark parts.

    Development of the method that would enable one to account for the effects due to continuation of the perturbative QCD results into the timelike domain, at an arbitrary order of perturbation theory.

    Calculation of high-order corrections to renormalization-group functions and theoretical analysis of their influence on predictions in particle physics and in studies of critical phenomena. 

    Analysis of ambiguities in high-order calculations of different renormalization-group functions in QFT models with chiral interactions. 

    Theoretical study of rare higgs-boson decays predicted in some New Physics models. Development of twistor and ambitwistor description of multiloop form factors of local and Wilson line operators in theories with extended supersymmetry. Study and development of twistor description for loop reggeon amplitudes. 

    Studies of the dark matter problem in the framework of the Standard Model and beyond it, including its supersymmetric generalizations. Building of Minimal Consistent Dark Matter models. Development of the strategy of comparing/mapping of their parameters for results of searches. 

  • Calculation of quark-gluon subprocess contribution to exclusive Drell-Yan process amplitude, estimate of its observability at CMS, COMPASS and NICA. 

    Investigation of relations between meson distribution amplitudes and gluonic poles in twist 3 correlators and their manifestations for matching of various kinematical regimes of pion-nucleon Drell-Yan process. 

    Investigations of connection between mechanisms of hyperon polarization in hadronic and heavy-ion collisions and duality between field-theoretical and hydrodynamical descriptions of spin effects. 

    Generalization of QCD low-energy theorems for gluonic anomaly accounting for effects of mixing and contributions of heavy quarkonia and gluonia. 

    Common analysis of azimuthal asymmetries in SIDIS in perturbative and non-perturbative QCD. 

    Lattice calculations of heavy quarkonia polarizabilities and investigation of their relations with charmed pentaquark spectroscopy. 

    Development of methods of extrapolation of parton distributions to low-x domain using the truncated moments and their applications to fragmentation functions. 

  • Study of semileptonic B-meson decay with tau-lepton in the final state and the subsequent leptonic and semihadronic tau-decays. 

    Investigation of new observables in the Standard Model as well as in different new-physics scenarios. 

    Study of spectra of light atoms and molecules in higher orders of the fine structure constant for determination of the improved values of the fundamental physical constants and resolution of the proton charge radius problem. 

    Calculation of the hadronic light-by-light contributions to the muon anomalous magnetic moment in the leading and next-to-leading orders in the 1/Nc parameter. 

    Study of the properties of the f1, a1, K1 axial-vector mesons in ground and radially excited states, their strong and electromagnetic hadron decays and production in e+e- colliding beams and tau-lepton decays. 

    Calculation of masses and decay constants of exotic glueballs within QCD sum rules. Study of the glueball dynamics by strong coupling expansion of the SU(3) Yang-Mills Hamiltonian in the flux-tube gauge. Study of the multiquark hadrons and existence of the extraneous dibaryons. 

    Calculation of the contributions of light mesons to the hyperfine structure of muonic hydrogen. 

    Calculations of two loop contributions for Moeller scattering and Drell-Yan process within the Standard Model, radiative corrections evaluation to the process of antiproton-proton annihilation into a lepton pair and a pair of mesons for the PANDA facility. 

    Studies pertaining to the QCD vacuum and QCD phase diagram (also in the presence of a strong magnetic field): the role of strangeness and multiquark interactions in the characteristics of the low lying meson nonets, in the freeze-out region of relativistic heavy-ion experiments, in the position of the critical end point, and in the regime of dense matter relevant for compact stars. 

    Studies of the high-density equations of state and mass-radius observations for compact stars and multi-polytrope approach to a strong first-order phase transition that produces high-mass twin stars as an observable signature of it. 

  • Participation (continuation) in the tmfT Collaboration (finite temperature with twisted mass fermions in lattice QCD) aimed at description of the quark-gluon thermodynamics including strange and charmed quarks and consideration of new observables indicating the crossover. Study of the gluon spectral function at finite temperature (longitudinal and transversal). Completion of the work on the EoS via trace anomaly. Study of the temperature dependence of the topological susceptibility and obtaining of more detailed results on topological structure supporting evidence for dyons. For Nf=2 with imaginary chemical potential µ extending gluon and ghost propagator from imaginary to real µ. Finite µ for SU(2) QCD: study of the phase diagram. Study of anomalous transport phenomena in QGP, calculation of the bulk viscosity, properties of QCD with nonzero chiral chemical potential. 

    Study of the role of viscosity effects at the hydrodynamic stage of the system evolution for the multiplicity of created particles (mainly pions) and the transverse momentum spectra using the Israel-Stewart second-order equations. Rapidity distributions as well as transverse momentum spectra of identified hadrons (including strange particles) produced in the NICA energy range. 

    The hadronic part of the EoS at finite temperatures will be constructed including the first two SU(3) multiplets in baryon (octet of spin 1/2 and decuplet of spin 3/2 particle) and meson (octet of pseudoscalar meson and nonet of vector mesons) sectors. 

    Construction of a new class of hybrid EoS with first-order phase transition fulfilling constraints from nuclear physics and compact star observations. Providing of EoS tables with and without phase transition for HIC simulation. 

    Performing of analytical calculations for the ultrarelativistic transverse momentum distributions for the Tsallis-3 and Renyi statistics. 

    Evaluation of correlation functions for an ensemble of domain wall networks representing nonperturbative QCD vacuum by employing methods of analytical and numerical multidimensional integration. 

    Calculation of the one-loop effective potential for arbitrary Abelian gluon fields in finite volume for various boundary conditions. Investigation of the stabilization of the domain size due to the quark lowest modes. Study of the role of strong electromagnetic fields as trigger of deconfinement transition. 

    Investigation of the anisotropic stage of the QGP evolution and the dependence of the approach to thermal equilibrium on the breaking of scale invariance based on analytic black brane solutions with non-conformal asymptotics for the 5-dimesional gravity with a dilaton corresponding to a dual description of QGP. 

    Investigation of the critical behavior of a system consisting of scalar and fermion fields: relations between the scalar and fermion condensates and the masses of the particles in this system for the case of zero temperature. 

  • A detailed statistical analysis of available acclerator data on exlusive (anti)neutrino-nucleus interactions at low and intermediate energies will be performed aiming at the extration of the electroweak axial-vector current parameters. The results will be claimed in the current and future oscillation experiments with accelerator and atmospheric experiments (NOvA, DUNE, Super- and Hyper-Kamiokande, etc.). 

    The cross sections of processes involving neutrinos are expressed through the neutrino mixing matrix. It will be shown that the probabilities of all processes can be represented in an equivalent way explicitly in terms of the neutrino mass matrix. The existence of such representations allows fitting of the mass matrix of neutrinos directly from the experimental data. 

    Starting from the variational energy principle, the equations of hydrostatic equilibrium of stars will be derived without assuming the local electroneutrality of matter. We will find the first and second unconditional variational derivatives of the interaction energy, as well as the conditional variational derivatives along the constraint surface "fixed total charge of the star". The effect of deviations from the local electroneutrality on neutrino spectra in supernovae will be calculated. The stability criteria of the solutions, associated with the positive definiteness of the second variations, will be studied. 

    The process of double beta decay of the nucleus with the capture of one of the beta-electrons on the outer electron shell of the atom will be studied. This problem is of interest in connection with the experiment of the NEMO 3 and SuperNEMO collaboration. The possibility that one or both electrons emitted from the nucleus in neutrinoless double beta decay might undergo an inelastic collision with the bound electrons in the atomic shell and either shift them to a higher energy level (excitation) or eject them from the atom (ionization) will also be studied. 

    In a number of generalizations of the Standard Model, the existence of a neutrino condensate is predicted. This scenario will be analyzed from the point of view of the effect produced by the condensate on the probability of neutrinoless double beta decay of nuclei. 

    The R-parity breaking SUSY mechanisms of the neutrinoless double beta decay will be revised following the current SUSY phenomenology. The importance of the one and two pion exchange in this process will be discussed. The corresponding nuclear matrix elements will be calculated within the QRPA with isospin symmetry restoration. 

    The electron neutrino mass can be determined by the upper end of the deexcitation (bolometer) spectrum of 163Dy after electron capture in 163Ho. All deexcitation spectra (X rays, Auger electron and the recoil of Holmium) end at the Q value minus the neutrino mass. Recently, the theoretical spectra were calculated by including also the second hole in the atomic excitations of dysprosium. The impact of the internal bremsstrahlung electron capture process on the end of deexcitation spectra will be studied. 

    The uncertainties in the calculated reactor antineutrino spectrum will be evaluated. For that purpose, the improved theoretical description of the first forbidden beta decays will be obtained by considering the exact Dirac wave functions of the electron with finite nuclear size and electron screening taken into account. 

    Within a field-theoretical approach with wave packets, the off-shell regime of neutrino oscillations will be investigated; the regime works at super-short distances between the source and detector. 

List of Activities
  Activity or experiment Leaders
 
  Laboratory or other 
Division of JINR
Main researchers
1.   Standard Model and its extension D.I. Kazakov
A.B. Arbuzov
 
 BLTP   A.N. Baushev,  A.V. Bednyakov,  A.V. Gladyshev,  A.V. Kotikov,  G.A. Kozlov,  V.K. Mitrjushkin,  V.A. Naumov,  A.V. Nesterenko,  A.I. Onishenko,  S.I. Vinitsky + 5 students
 LIT   V.P. Gerdt
 VBLHEP   R.R. Ahunzyanov,  V.G. Krivokhizhin,  A.P. Nagaytsev,  B.G. Shaythatdenov, 
 DLNP   V.A. Bednyakov,  L.B. Kalinovskaya
2.   QCD parton distributions 
for modern and future colliders
A.V. Efremov
O.V. Teryaev
 
 BLTP   I.V. Anikin,  M. Deka,  S.V. Goloskokov,  S.V. Mikhailov,  A.V. Nesterenko,  A.V. Radyushkin,  O.V. Selyugin,  A.V. Sidorov + 3 students
 VBLHEP   Yu.I. Ivanshin,  I.A. Savin
 DLNP   A.S. Khrykin,  L.L. Nemenov,  L.G. Tkatchev
3.   Physics of heavy and exotic hadrons A.E. Dorokhov
M.A. Ivanov
 
 BLTP   D. Alvarez,  D. Aznabayev,  A. Bekbayev,  Yu.M. Bystritsky,  G. Ganbold,  S.B. Gerasimov,  S.M. Eliseev,  A.H. Issadykov,  N.I. Kochelev,  V.I. Korobov,  L. Martinosov,  V.A. Meshcheryakov,  S.N. Nedelko,  A.A. Osipov,  H.-P. Pavel,  Yu.S. Surovtsev,  Zh. Tuylemisov,  M.K. Volkov,  S.A. Zhaugasheva + 5 students
 VBLHEP   Yu.I. Ivanshin,  V.A. Nikitin,  Yu.A. Panebratsev,  I.A. Savin,  M.G. Sapozhnikov,  M.V. Tokarev,  Zh. Tuylemisov,  V.A. Zykunov
 DLNP   V.A. Bednyakov,  N.B. Skachkov
4.   Hadron Matter under extreme conditions E.-M. Ilgenfritz 
S.N. Nedelko
D. Blaschke
 
 BLTP   D.E. Alvarez-Castillo,  V. Braguta,  M. Deka,  S. Dorkin,  A.E. Dorokhov,  A.V. Friesen,  A.A. Golubtsova,  M. Hnatic,  M. Hasegawa,  L. Kaptari,  A.S. Khvorostukhin,  E.E. Kolomeitsev,  N. Korchagin,  N.I. Kochelev,  K. Maslov,  S. Pandiat,  A. Parvan,  A.M. Snigirev,  O.V. Teryaev,  V.D. Toneev,  V.E. Voronin,  D. Voskresensky + 4 students
 LIT   A.S. Ayriyan,  H. Grigorian,  Yu.L. Kalinovsky
 VBLHEP   O.V. Rogachevsky,  V. Voronyuk
5.   Fundamental properties 
of Neutrinos
V.A. Naumov 
M.I. Krivoruchenko 
F. Simkovic
 
 BLTP   A. Babic,  K.S. Kuzmin,  D.S. Shkirmanov
 DLNP   I.A. Belolaptikov,  V.B. Brudanin,  R. Dvornickэ,  O.I. Kochetov,  D.V. Naumov,  Petrova O.N.,  O.Yu. Smirnov,  V.I. Tretyak

 

Collaboration
Country or International
Organization
City Institute or Laboratory
Armenia Yerevan Foundation ANSL  
    RAU  
Azerbaijan Baku IP ANAS  
Belarus Minsk INP BSU  
    IP NASB  
    JIPNR-Sosny NASB  
  Gomel GSU  
    GSTU  
Bulgaria Sofia INRNE BAS  
    SU  
Canada Corner Brook MUN  
  Montreal UdeM  
CERN Geneva CERN  
Chile Valparaiso UV  
China Beijing PKU  
  Lanzhou IMP CAS  
  Wuhan WIPM CAS  
Czech Republic Prague IP ASCR  
    CTU  
    CU  
  Rez NPI ASCR  
Finland Helsinki UH  
France Lyon UCBL  
  Metz UPV-M  
  Montpellier UM2  
  Paris UPMC  
  Saclay SPhN CEA DAPNIA  
    IRFU  
Georgia Tbilisi RMI TSU  
    TSU  
Germany Berlin FU Berlin  
    HUB  
  Aachen RWTH  
  Bielefeld Univ.  
  Bochum RUB  
  Bonn UniBonn  
  Dortmund TU Dortmund  
  Erlangen FAU  
  Hamburg DESY  
    Univ.  
  Heidelberg Univ.  
  Jena Univ.  
  Julich FZJ  
  Kaiserslautern TU  
  Karlsruhe KIT  
  Regensburg UR  
  Rostock Univ.  
  Mainz JGU  
    HIM  
  Munich LMU  
  Tubingen Univ.  
  Wuppertal UW  
  Zeuthen DESY  
Hungary Budapest ELTE  
    Wigner RCP  
ICTP Trieste ICTP  
Italy Naples INFN  
  Padua UniPd  
  Pavia INFN  
  Pisa INFN  
  Trieste SISSA/ISAS  
  Turin UniTo  
Japan Tokyo UT  
    Tokyo Tech  
  Kyoto Kyoto Univ.  
  Nagoya Meiji Univ.  
    Nagoya Univ.  
  Tsukuba KEK  
Kazakhstan Almaty APHI  
    INP  
  Astana BA INP  
Mexico Cuernavaca UNAM  
Mongolia Ulaanbaatar IPT MAS  
    NUM  
New Zealand Hamilton Univ.  
Norway Trondheim NTNU  
Poland Krakow NINP PAS  
  Kielce JKU  
  Lodz UL  
  Otwock-Swierk NCBJ  
Portugal Coimbra UC  
Republic of Korea Seoul SNU  
  Daegu KNU  
  Chongju CBNU  
Russia Moscow IMM RAS  
    ITEP  
    LPI RAS  
    MSU  
    MI RAS  
    PFUR  
    SCC RAS  
    SINP MSU  
  Moscow, Troitsk INR RAS  
  Belgorod BelSU  
  Chernogolovka LITP RAS  
  Gatchina NRC KI PNPI  
  Irkutsk ISDCT SB RAS  
  Ivanovo ISС RAS  
    ISU  
  Kazan KFU  
  Novosibirsk IM SB RAS  
    BINP SB RAS  
  Omsk OmSU  
  Perm PSNRU  
  Protvino IHEP  
  Rostov-on-Don SFedU  
  St. Petersburg SPbSU  
    SPbSPU  
  Samara SSU  
    SU  
  Saratov SSU  
  Sarov VNIIEF  
  Tomsk TSU  
    IHCE SB RAS  
  Tver TvSU  
  Yoshkar-Ola VSUT  
Serbia Belgrade Univ.  
Slovakia Bratislava CU  
    IP SAS  
  Kosice IEP SAS  
Spain Santiago de Compostela USC  
  Valencia UV  
Sweden Lund LU  
Switzerland Bern Uni Bern  
Ukraine Kiev BITP NASU  
  Dnepropetrovsk DNU  
  Kharkov NSC KIPT  
  Lutsk VNU  
  L'viv IAPMM NASU  
    IFNU  
  Sumy SumSU  
United Kingdom London QM  
    Imperial College  
  Canterbury Univ.  
USA New York, NY RU  
    CUNY  
  College Park, MD UMD  
  Lemont, IL ANL  
  Minneapolis, MN U of M  
  Norman, OK OU  
  Newport News, VA JLab  
  Philadelphia, PA Penn  
  University Park, PA Penn State  
Uzbekistan Tashkent IAP NUU  
    NUU  
Vietnam Hanoi IOP VAST

 

 ОБЪЕДИНЕННЫЙ  ИНСТИТУТ  ЯДЕРНЫХ  ИССЛЕДОВАНИЙ

 

ПРОБЛЕМНО-ТЕМАТИЧЕСКИЙ ПЛАН 
НАУЧНО-ИССЛЕДОВАТЕЛЬСКИХ РАБОТ
И МЕЖДУНАРОДНОГО СОТРУДНИЧЕСТВА
ОБЪЕДИНЕННОГО ИНСТИТУТА
ЯДЕРНЫХ ИССЛЕДОВАНИЙ
НА 2018 ГОД

 

 

Теоретическая физика (01)
Физика элементарных частиц и релятивистская ядерная физика (02)
Ядерная физика (03)
Физика конденсированных сред, радиационные и радиобиологические исследования (04)
Сети, компьютинг, вычислительная физика (05)
Образовательная программа (06)

 

Теоретическая физика (01)

01-3-1113-2014/2018 Теория фундаментальных взаимодействий Казаков Д.И. 
Теряев О.В.
Aрбузов А.Б.
01-3-1114-2014/2018 Теория структуры ядра и ядерных реакций Воронов В.В. 
Вдовин А.И. 
Антоненко Н.В.
01-3-1115-2014/2018 Теория конденсированных сред Осипов В.А.
Поволоцкий А.М.
01-3-1116-2014/2018 Современная математическая физика:
струны и гравитация, суперсимметрия, интегрируемость
Исаев А.П.
Сорин А.С.
Кривонос С.О.
01-3-1117-2014/2018 Дубненская международная школа современной 
теоретической физики (DIAS-TH)
Сорин А.С.
Воронов В.В.

Физика элементарных частиц и релятивистская ядерная физика (02)

02-2-1123-2015/2019 Участие ОИЯИ в программе физических исследований на установке BES-III Жемчугов А.С.
02-0-1081-2009/2019 ATLAS.
Модернизация установки и физические исследования на LHC
Бедняков В.А.
02-2-1124-2015/2020 Поиск новой физики в экспериментах на интенсивных пучках мюонов Глаголев В.В.
02-2-1134-2018/2019 Эксперимент COMET на ускорительном комплексе J-PARC Цамалаидзе З.
02-2-1099-2010/2018 Исследование нейтринных осцилляций Наумов Д.В. 
Ольшевский А.Г.
02-0-1108-2011/2019 Эксперимент PANDA на ускорительном комплексе FAIR Алексеев Г.Д.
02-2-1125-2015/2020 Астрофизические исследования в эксперименте TAIGA Ткачев Л.Г.
02-1-1106-2011/2019 Исследования сжатой барионной материи на ускорительном комплексе GSI Ладыгин В.П.
Иванов В.В.
02-1-1096-2010/2019 Изучение редких распадов заряженных каонов и поиск темного сектора в экспериментах на SPS ЦЕРН Кекелидзе В.Д.
Потребеников Ю.К.
02-0-1083-2009/2019 CMS. Компактный мюонный соленоид на LHC Зарубин А.В.
02-0-1085-2009/2019 Изучение структуры нуклонов и адронов в ЦЕРН Нагайцев А.П.
02-1-1086-2009/2020 Странность в адронной материи и исследование неупругих реакций вблизи кинематических границ Строковский Е.А.
Кокоулина Е.С.
Кривенков Д.О.
02-0-1065-2007/2019 Развитие экспериментальной базы ОИЯИ для получения интенсивных пучков тяжелых ионов и поляризованных ядер с целью поиска смешанной фазы ядерной материи и исследования поляризационных эффектов в области энергий до sqrt= 11 GeV Кекелидзе В.Д.
Сорин А.С.
02-0-1127-2016/2018 Перспективные разработки систем ускорителей и коллайдеров нового поколения для фундаментальных и прикладных целей Ширков Г.Д.
02-1-1097-2010/2018 Изучение поляризационных явлений и спиновых эффектов
на ускорительном комплексе Нуклотрон--М ОИЯИ
Коваленко А.Д.
02-1-1087-2009/2020 Исследования по физике релятивистских тяжелых и легких ионов на ускорительных комплексах Нуклотрон/NICA ОИЯИ и SPS ЦЕРН Малахов А.И.
02-0-1066-2007/2020 Исследование свойств ядерной материи и структуры частиц на коллайдере релятивистских ядер и поляризованных протонов Ледницки Р.
Панебратцев Ю.А.
02-1-1088-2009/2019 ALICE. Исследование взаимодействий пучков тяжелых ионов и протонов на LHC Водопьянов А.С.
02-1-1107-2011/2019 Разработка и создание прототипа комплекса для радиотерапии и прикладных исследований на пучках тяжелых ионов Нуклотрона-М Тютюнников С.И.

Ядерная физика (03)

03-0-1129-2017/2021 Развитие ускорительного комплекса и экспериментальных установок ЛЯР (DRIBs-III) Гульбекян Г.Г.
Дмитриев С.Н.
Иткис М.Г.
03-5-1130-2017/2021 Синтез и свойства сверхтяжелых элементов, структура ядер на границах нуклонной стабильности Иткис М.Г.
03-2-1100-2010/2018 Неускорительная нейтринная физика и астрофизика Бруданин В.Б.
Ковалик А.
Якушев Е.А.
03-2-1102-2010/2018 Совершенствование Фазотрона ЛЯП 
и разработка циклотронов для физических и прикладных исследований
Карамышева Г.А.
Яковенко С.Л.
03-4-1128-2017/2019 Исследования взаимодействия нейтронов с ядрами и свойств нейтрона Швецов В.Н.

Физика конденсированных сред, радиационные и радиобиологические исследования (04)

04-4-1121-2015/2020 Исследования конденсированного состояния вещества с использованием современных методов нейтронографии Козленко Д.П.
Аксёнов В.Л. 
Балагуров А.М.
04-4-1105-2011/2019 Развитие исследовательской ядерной установки ИБР-2 с комплексом криогенных замедлителей нейтронов Белушкин А.В. 
Виноградов А.В.
04-4-1122-2015/2020 Развитие экспериментальной базы для проведения исследований конденсированных сред на пучках ИЯУ ИБР-2 Куликов С.А. 
Приходько В.И.
04-4-1133-2018/2020 Современные тенденции и разработки в области Рамановской микроспектроскопии и фотолюминесценции для исследований конденсированных сред Арзуманян Г.М.
Кучерка Н.
04-5-1131-2017/2021 Радиационно-физические, радиохимические и нанотехнологические исследования на пучках ускоренных тяжелых ионов Дмитриев С.Н. 
Апель П.Ю.
04-9-1077-2015/2020 Исследования биологического действия тяжелых заряженных частиц различных энергий Красавин Е.А. 
Тимошенко Г.Н.
04-9-1112-2013/2019 Исследование космического вещества на Земле и в ближайшем космосе; исследование биологических и геохимических особенностей ранней Земли Красавин Е.А. 
Розанов А.Ю.
Швецов В.Н.
04-2-1132-2017/2019 Проведение медико-биологических и радиационно-генетических исследований с использованием различных типов ионизирующих излучений Мицын Г.В.
04-2-1126-2015/2020 Новые полупроводниковые детекторы для фундаментальных и прикладных исследований Шелков Г.А.

Сети, компьютинг, вычислительная физика (05)

05-6-1118-2014/2019 Информационно-вычислительная инфраструктура ОИЯИ Кореньков В.В.
05-6-1119-2014/2019 Методы, алгоритмы и программное обеспечение для моделирования физических систем, математической обработки и анализа экспериментальных данных Адам Г.
Зрелов П.В.
05-8-1037-2001/2019 Аналитические и методические разработки для определения перспектив научных исследований и сотрудничества по основным направлениям развития ОИЯИ. Организация международного сотрудничества Сорин А.С.

Образовательная программа (06)

06-0-1120-2014/2018 Организация, обеспечение и развитие образовательной программы ОИЯИ Матвеев В.А.
Пакуляк С.З.

 

 

JOINT INSTITUTE FOR NUCLEAR RESEARCH 

TOPICAL PLAN
FOR JINR RESEARCH 
AND INTERNATIONAL COOPERATION 
2018



Theoretical Physics (01)
Elementary Particle Physics and Relativistic Nuclear Physics (02)
Nuclear Physics (03)
Condensed Matter Physics, Radiation and Radiobiological Research (04)
Networking, Computing, Computational Physics (05)
Educational Programme (06)

Theoretical Physics (01)

 01-3-1113-2014/2018 Theory of Fundamental Interactions D.I. Kazakov 
O.V. Teryaev
A.B. Arbuzov
01-3-1114-2014/2018 Theory of Nuclear Structure and Nuclear Reactions V.V. Voronov
A.I. Vdovin
N.V. Antonenko
01-3-1115-2014/2018 Theory of Condensed Matter V.A. Osipov
A.M. Povolotskii
01-3-1116-2014/2018 Modern Mathematical Physics:
Strings and Gravity, Supersymmetry, Integrability
A.P. Isaev
A.S. Sorin
S.O. Krivonos
01-3-1117-2014/2018 Dubna International Advanced School of Theoretical Physics
(DIAS-TH)
A.S. Sorin
V.V. Voronov

Elementary Particle Physics and Relativistic Nuclear Physics (02)

02-2-1123-2015/2019 JINR's Participation at the BES-III Physics Research Program A.S. Zhemchugov
02-0-1081-2009/2019 ATLAS. 
Upgrade of the ATLAS Detector and Physics Research at the LHC
V.A. Bednyakov
02-2-1124-2015/2020 Search for New Physics in Experiments with High-Intensity Muon Beams V.V. Glagolev
02-2-1134-2018/2019 Experiment COMET at J-PARC Z. Tsamalaidze
02-2-1099-2010/2018 Study of Neutrino Oscillations D.V. Naumov
A.G. Olshevskiy
02-0-1108-2011/2019 Experiment PANDA at FAIR G.D. Alexeev
02-2-1125-2015/2020 Astrophysical Studies in the Experiment TAIGA L.G. Tkatchev
02-1-1106-2011/2019 Investigations of Compressed Baryonic Matter at the GSI Accelerator Complex V.P. Ladygin
V.V. Ivanov
02-1-1096-2010/2019 Study of Rare Charged Kaon Decays and Search for Dark Sector
in Experiments at the CERN SPS
V.D. Kekelidze
Yu.K. Potrebenikov
02-0-1083-2009/2019 CMS. Compact Muon Solenoid at the LHC A.V. Zarubin
02-0-1085-2009/2019 Studies of the Nucleon and Hadron Structure at CERN A.P. Nagaytsev
02-1-1086-2009/2020 Strangeness in Hadronic Matter and Study of Inelastic Reactions Near Kinematical Borders E.A. Strokovsky
E.S. Kokoulina
D.O. Krivenkov
02-0-1065-2007/2019 Development of the JINR Basic Facility for Generation of Intense Heavy Ion and Polarized Nuclear Beams Aimed at Searching for the Mixed Phase of Nuclear Matter and Investigation of Polarization Phenomena at the Collision Energies up to  sqrt= 11 GeV V.D. Kekelidze
A.S. Sorin
02-0-1127-2016/2018 Advanced Studies on Systems of New-Generation
Accelerators and Colliders for Fundamental
and Applied Research
G.D. Shirkov
02-1-1097-2010/2018 Study of Polarization Phenomena and Spin Effects
at the JINR Nuclotron-M Facility
A.D. Kovalenko
02-1-1087-2009/2020 Research on Relativistic Heavy and Light Ion Physics. Experiments at the Accelerator Complex Nuclotron/NICA at JINR and CERN SPS A.I. Malakhov
02-0-1066-2007/2020 Investigation of the Properties of Nuclear Matter and Particle Structure at the Collider of Relativistic Nuclei and Polarized Protons R. Lednicky
Yu.A. Panebratsev
02-1-1088-2009/2019 ALICE. Study of Interactions of Heavy Ion and Proton Beams
at the LHC
A.S. Vodopyanov
02-1-1107-2011/2019 Development and Construction of the Prototype of a Complex for Radiotherapy and Applied Research with Heavy-Ion Beams at the Nuclotron-M S.I. Tyutyunnikov

Nuclear Physics (03)

03-0-1129-2017/2021 Development of the FLNR Accelerator Complex 
and Experimental Setups (DRIBS-III)
G.G. Gulbekyan
S.N. Dmitriev
M.G. Itkis
03-5-1130-2017/2021 Synthesis and Properties of Superheavy Elements, 
Structure of Nuclei at the Limits of Nucleon Stability
M.G. Itkis
03-2-1100-2010/2018 Non-Accelerator Neutrino Physics and Astrophysics V.B. Brudanin
A. Kovalik
E.A. Yakushev
03-2-1102-2010/2018 Improvement of the JINR Phasotron and Design of Cyclotrons for Fundamental and Applied Research G.A. Karamysheva 
S.L. Yakovenko
03-4-1128-2017/2019 Investigations of Neutron Nuclear Interactions 
and Properties of the Neutron
V.N. Shvetsov

Condensed Matter Physics, Radiation and Radiobiological Research (04)

04-4-1121-2015/2020 Investigations of Condensed Matter 
by Modern Neutron Scattering Methods
D.P. Kozlenko 
V.L. Aksenov 
A.M. Balagurov
04-4-1105-2011/2019 Development of the IBR-2 Facility with a Complex of Cryogenic Neutron Moderators A.V. Belushkin
A.V. Vinogradov
04-4-1122-2015/2020 Development of Experimental Facilities for Condensed Matter Investigations with Beams of the IBR-2 Facility S.A. Kulikov
V.I. Prikhodko
04-4-1133-2018/2020 Modern Trends and Developments in Raman Microspectroscopy and Photoluminescence for Condensed Matter Studies G.M. Arzumanyan
N. Kucerka
04-5-1131-2017/2021 Radiation Physics, Radiochemistry, and Nanotechnology Investigations Using Beams of Accelerated Heavy Ions S.N. Dmitriev
P.Yu. Apel
04-9-1077-2015/2020 Research on the Biological Effect of Heavy Charged Particles 
with Different Energies
E.A. Krasavin
G.N. Timoshenko
04-9-1112-2013/2019 Research on Cosmic Matter on the Earth and in Nearby Space;
Research on the Biological and Geochemical Specifics 
of the Early Earth
E.A. Krasavin
A.Yu. Rozanov 
V.N. Shvetsov
04-2-1132-2017/2019 Biomedical and Radiation-Genetic Studies Using Different Types of Ionizing Radiation G.V. Mitsyn
04-2-1126-2015/2020 Novel Semiconductor Detectors for Fundamental and Applied Research G.A. Shelkov

Networking, Computing, Computational Physics (05)

05-6-1118-2014/2019 Information and Computing Infrastructure of JINR V.V. Korenkov
05-6-1119-2014/2019 Methods, Algorithms and Software for Modeling Physical Systems, Mathematical Processing and Analysis of Experimental Data Gh. Adam
P.V. Zrelov
05-8-1037-2001/2019 Analytical and Methodological Work to Assess the Prospects
of Scientific Research and Cooperation in the Main Directions 
of JINR's Development.
Organization of International Cooperation
A.S. Sorin

Educational Programme (06)

06-0-1120-2014/2018 Organization, Support and Development 
of the JINR Educational Programme
V.A. Matveev
S.Z. Pakuliak