\TN{02--0--1079--2009/2011}{1}{\tscom} {Study of \boldmath $e^+ e^-$ Interactions: Physics and Detectors} {A.G.~Olshevskiy} \TC{ Armenia, Belarus, Bulgaria, CERN, China, Czech Republic, France, Georgia, Germany, Japan, Italy, Poland, Russia, Switzerland, Ukraine, United Kingdom, USA.} \TA Study of $e^+ e^-$ interactions from very low energies up to very high has always been considered as an important precision tool, complementary to hadron machines. The project to build the International Linear Collider (ILC) is considered by the high--energy physics community as the next step in accelerator--based particle physics. Development of the physics program and detector design and prototyping is a necessary step to prepare participation in this worldwide activity. {\bf Expected main results in 2011: } \begin{itemize} \item Development of Monte Carlo tools for calculation of complex processes. \item Test of calorimeter detectors. \item Design of fast digitizing electronics. \item Data taking and analysis of the BES-Ø experiment. \end{itemize} %%\begin{project} %%\item \PList{SANC}{D.Yu.~Bardin}{1}{2003}{2012} %%\item \PList{BES-Ø}{A.S.~Zhemchugov}{1}{2007}{2013} %%\end{project} \begin{stage} \item [] \PS{ILC}{ A.G.~Olshevskiy}{\psinp} \PL{DLNP}{}{V.N.~Duginov + 4 pers.\\E.M.~Syresin\\ N.B.~Skachkov + 1 pers.\\G.A.~Chelkov\\Z.V.~Krumshteyn + 2 pers. } \PL{BLTP}{A.V.~Efremov}{S.B.~Gerasimov\\ A.B.~Arbuzov\\D.I.~Kazakov \\ E.A.~Kuraev\\G.A.~Kozlov \\O.V.~Teryaev + 1 pers.} \PL{VBLPHE}{I.A.~Tyapkin}{I.A.~Tyapkin + 3 pers.\\Z.~Sadygov + 3 pers.} \PL{SCAR}{V.N.~Samoilov }{V.N.~Samoilov + 3 pers.} \item [] \PS{SANC}{D.Yu.~Bardin}{\psinp} \PL{DLNP}{}{L.V.~Kalinovskaya + 3 pers.\\P.~Christova + 2 pers.} \item [] \PS{BESS-III}{A.S.~Zhemchugov}{\psinp} \PL{DLNP}{}{I.R.~Boyko + 2 pers.\\D.V.~Dedovich\\Yu. A.~Nefedov + 1 pers.} \PL{BLTP}{}{ E.A.~Kuraev + 1 pers.\\O.V.~Teryaev + 1 pers.} \end{stage} \begin{intcoop} \mtab{ Armenia}{Yerevan}{YerPhI} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{ Bulgaria}{Sofia}{INRNE BAS} \mtab{}{Shumen}{US} \mtab{ CERN}{Geneva}{} \mtab{China}{Beijing}{IHEP CAS} \mtab{ Czech Republic}{Prague}{CU} \mtab{ France}{Paris}{UPMC} \mtab{}{}{College de France} \mtab{}{Strasbourg}{IPHC} %\mtab{ Georgia}{Tbilisi}{ IP} \mtab{Germany}{Hamburg}{DESY} \mtab{}{Munich}{MPI-P} \mtab{}{Zeuthen}{DESY} \mtab{Japan}{Tsukuba}{KEK} \mtab{Italy}{Turin}{Univ.} \mtab{Poland}{Krakow}{JU} \mtab{ Russia}{Moscow}{ITEP} \mtab{}{Novosibirsk}{BINP SB RAS} \mtab{}{Gatchina}{PNPI RAS} \mtab{}{Troitsk}{INR RAS} \mtab{Switzerland}{Villigen}{PSI} \mtab{}{Bern}{Uni Bern} \mtab{Ukraine}{Kharkov}{ISC NASU} \mtab{United Kingdom}{Oxford}{Univ.} \mtab{USA}{Gainesville, FL}{UF} \end{intcoop} \TN{02--2--1098--2010/2012}{1}{\tsprg} {Study of Processes with Symmetry Violation} {A.S.~Kurilin} \TC{ Belarus, Czech Republic, France, Japan, Poland, Republic of Korea, Russia, Slovak Republic, Taiwan, Ukraine, USA.} \TA Test of Standard Model predictions. Investigation of rare decays of K-mesons. Search for the $K^0_L \rightarrow \pi^0 \nu \bar{\nu}$ decay with direct CP violation in experiments on JPARC and U-70 (SRC-IHEP.) Search for the $K^0_L \rightarrow \pi^0 \pi^0$ + Õ decay.

Test of the nuclear Hamiltonian in few-nucleon systems. Study of 3N interactions with a polarized neutron beam and a polarized deuteron target at an energy about 16~MeV.

Measurement of $\sigma_L$ and $\sigma_T$ in the $nd$-scattering.

Experimental verification of the Gerasimov--Drell--Hearn (GDH) sum rule. Measurement of spin--depen\-dent asymmetry $\sigma_p - \sigma_a$ using the new polarized deuteron target and the Crystal Ball detector at polarized photon energies up to 1.5~GeV. {\bf Expected main results in 2011: } \begin{itemize} \item Development of GEANT4--based simulation, DAQ and data analysis software. \item Design and test of the new detectors. \item Data analysis and extraction of the new data for the rare decay of $K^0_L$. \item Design of the $K^0_L$ beam line and the KOTO setup for the experiment at JPARC (Japan). \item Design of the $K^0_L$ beam line for the experiment at U--70 (SRC-IHEP). \item Measurement of $\sigma_L$ in the $nd$ scattering. Modification of the experimental design used in the $\sigma_L$ experi\-ments for transverse polarization. \item Adapting of the Dubna-made polarized target in Mainz. \end{itemize} %%\begin{project} %%\item \PList{NN & GDH}{A.~Kovalik}{1}{2006}{20011} %%\end{project} \begin{stage} \item \PS{Search for the $K^0_L \rightarrow \pi^0 \nu \bar{\nu}$ decay}{A.S.~Kurilin}{\pspt\\ \psdt\\ \psda} \PL{DLNP}{}{V.A.~Baranov\\V.A.~Bednyakov} \PL{}{}{G.~Dolbilova\\E.S.~Kuzmin\\A.S.~Moiseenko\\Yu.Yu.~Stepanenko\\S.Yu.~Porokhovoi\\V.M.~Romanov \\Z.B.~Tsamalaidze \\M.P.~Chavleyshvily} \PL{BLTP}{}{D.I.~Kazakov\\A.V.~Gladyshev } \PL{VBLHEP}{}{A.I.~Malakhov\\V.A.~Krasnov} \item \PS{NN & GDH}{Yu.A.~Usov\\S.B.~Gerasimov\\ I.L.~Pisarev \\}{\pspt\\ \psdt} \PL{DLNP}{}{N.S.~Borisov + 7 pers.\\E.V.~Kuzmin\\S.S.~Kamalov} \end{stage} \begin{intcoop} \mtab{ Belarus}{Gomel}{ GSU} \mtab{}{Minsk}{NC PHEP BSU} \mtab{}{}{INP BSU} \mtab{ Czech Republic}{Prague}{CU} \mtab{ France}{Saclay}{IRFU } \mtab{ Japan}{Ibaraki}{Ibaraki Univ.} \mtab{}{Kyoto}{Kyoto Univ.} \mtab{}{ Osaka}{Osaka Univ.} \mtab{}{}{RCNP} \mtab{}{ Saga}{Saga Univ.} \mtab{}{Tsukuba}{ KEK} \mtab{}{Yamagata}{Yamagata Univ.} \mtab{Poland}{Krakow}{JU} \mtab{Republic of Korea}{Pusan}{PNU} \mtab{}{Seoul}{SNU} \mtab{}{Chongju}{CBNU} \mtab{ Russia}{Moscow}{GPI RAS} \mtab{}{}{ARRICT} \mtab{}{}{NIKIET} \mtab{}{}{SINP MSU} \mtab{}{Protvino}{IHEP} \mtab{}{Troitsk}{INR RAS} \mtab{Slovak Republic}{Kosice}{IEP SAS} \mtab{ Ukraine}{Kharkov}{KFTI NASU} \mtab{USA}{East Lansing, MI}{MSU} \mtab{ }{Chicago, IL}{UChicago} \mtab{}{Tempe, AZ}{ASU} \mtab{Taiwan}{Taipei}{NTU} \end{intcoop} \TN{02--2--1080--2009/2011}{1}{\tscom} {Lifetime Measurement of \boldmath $\pi^+\pi^-$ and $\pi^\pm K^\mp$ Atoms \\ to Test Low--Energy QCD Precise Predictions} {L.G.~Afanasyev} %%\PLDDD{L.L.~Nemenov} \TC{CERN, Czech Republic, Italy, Japan, Romania, Russia, Spain, Switzerland.} \TA The experiment aims to measure the lifetime of $\pi^+\pi^-$ atoms ($A_{2 \pi}$), to observe $\pi K$ atoms ($A_{\pi K}$) and to measure their lifetime using the 24~GeV proton beam. The precise measurement of these quantities will enable us to determine the combination of $s$--wave pion-pion |$a_0 - a_2$| and pion--kaon |$a_{1/2}-a_{3/2}$| scattering lengths (with isospin 0, 2 and 1/2, 3/2, respectively) in a model--independent way. The precision of $A_{2 \pi}$ lifetime measurement will be better than 6\% and the difference |$a_0 - a_2$| will be determined within 3\% or better. The accuracy of $A_{\pi K}$ lifetime measurement will be at the level of 20\% and the difference |$a_{1/2}-a_{3/2}$| will be determined at the level of 10\%. Low energy QCD predicts these values with an accuracy about 2\% for the pion-pion scattering lengths and about 10\% for the $\pi K$ scattering lengths. The pion--pion and pion--kaon scattering lengths have never been verified with experimental data with the same level of precision. For this reason the proposed measurements will be a crucial check of the low-energy QCD predictions and our understanding of the nature of the QCD vacuum. {\bf Expected main results in 2011:} \begin{itemize} \item Preparation of the addendum to the DIRAC project on the observation of the long-lived states of $\pi^+\pi^-$ atoms. \item Data taking for observation of $\pi K$ atoms and improvement in $\pi^+\pi^-$ atom lifetime measurement. \item Data taking for estimation of yeilds of the long-lived states of $\pi^+\pi^-$ atoms. \item Completion of the analysis of the data on the $\pi^+\pi^-$ atom lifetime measurement and publication of the results. \item Processing of the 2008--2009 data on the $\pi K$ atoms observation and investigation of $\pi^+\pi^-$ atoms. \end{itemize} %\begin{project} %\item \PList{DIRAC }{L.L.~Nemenov}{1}{1995}{2008} %\end{project} \begin{stage} \item[] \PS{DIRAC }{L.G.~Afanasyev}{\psdt\\ \psda} \PL{DLNP}{}{L.G.~Afanasyev\\M.V.~Zhabitsky\\A.V.~Dudarev\\ V.V.~Karpukhin\\ V.V.~Kruglov\\E.~Kulish\\A.V.~Kulikov\\ A.V.~Kuptsov\\ L.L.~Nemenov\\ M.V.~Nikitin\\Zh.P.~Pustylnik\\A.V.~Tarasov} \PL{LIT}{}{P.V.~Zrelov \\O.V.~Voskresenskaya\\ L.Yu.~Kruglova} \end{stage} \begin{intcoop} \mtab{ CERN }{Geneva}{} \mtab{ Czech Republic}{Prague}{CTU} \mtab{}{}{IP ASCR} %\mtab{Greece}{Ioannina}{UI} \mtab{ Italy}{Frascati}{INFN LNF} \mtab{}{ Messina}{Univ.} \mtab{}{Trieste}{INFN} \mtab{ Japan}{Kyoto}{KSU} %\mtab{}{Fukuoka}{ Kyushu Univ.} \mtab{}{Tsukuba}{KEK} \mtab{}{Tokyo}{TMU} \mtab{ Romania}{Bucharest}{IAP} \mtab{ Russia}{Moscow}{SINP MSU} \mtab{}{Protvino}{IHEP} \mtab{Spain}{Santiago de Compostela}{USC} \mtab{ Switzerland}{Bern}{Uni Bern} %\mtab{}{ Basel}{Uni Basel} \mtab{}{ Zurich}{UZH} \end{intcoop} \TN{02--0--1081--2009/2013}{1}{\tsprg} {A~T~L~A~S. \\ Physics Research at the LHC } { N.A.~Russakovich\\V.A.~Bednyakov} \TLD{A.P.~Cheplakov} \TC{Armenia, Azerbaijan, Belarus, Canada, CERN, Czech Republic, France, Georgia, Germany, Greece, Israel, Italy, Netherlands, Russia, Slovak Republic, Spain, USA, Uzbekistan.} \TA Many-sided and comprehensive investigations of superhigh-energy (10-14~TeV) proton scattering at the Large Hadron Collider with the ATLAS facility (created at the previous stage of the project) will yield utterly new and unique experimental data. Their analysis will allow solution to the most profound physical problems fundamentally important for world outlook.

JINR researchers will take part in solution of some of these problems within the project. Among the most important of them are the clarification of the origin of the elementary particle mass (Higgs mechanism) and search for and investigation of supersymmetry, which will allow an insight into the nature of galactic dark matter and the character of the evolution of our Universe. Other important problems are determination of the applicability boundaries of the modern standard model of elementary particles and observation of evidence for new physical phenomena, such as additional space dimensions or previously unknown particles and interactions. In addition, JINR researchers will get new results allowing more specific knowledge as to the properties of the already known elementary particles such as the W and Z bosons, the top quark, and others.

Implementation of this project aimed at solving highly important scientific problems will result in getting unique applied data.

The "by-products" worth noting are development, debugging, and experience in operation of systems for remote monitoring of highly complicated devices and development and practical use of the distributed compu\-tation system (GRID) in a long-term, full-scale experiment. {\bf Expected main results in 2011:} \begin{itemize} \item Operation of ATLAS detector and the remote monitoring system at JINR. \item Start of data development and analysis of the first ATLAS data with a view to calibrating the detector, studying its characteristics, etc. \item The first physical results to be obtained in minimum bias physics and in investigations of some key processes of the Standard Model, including high-multiplicity processes, Drell-Yan processes, and others. \item Development of ATLAS physics programme: physical processes simulations, participation in ATLAS working group, etc. \end{itemize} %%\begin{project} %%\item \PList{ATLAS}{N.A.~Russakovich\\V.A.~Bednyakov}{1}{2010}{2014} %%\end{project} \begin{stage} \item[] \PS{ATLAS }{}{\pstp} \PL{DLNP}{V.A.~Bednyakov\\J.A.~Budagov\\D.I.~Hubua \\G.A.~Chelkov}{A.L.~Gongadze\\Yu.A.~Koultchitski\\I.L.~Pisarev \\I.R.~Boyko\\M.A.~Demichev\\ Z.V.~Krumshteyn\\M.I.~Gostkin \\I.A.~Minashvili\\G.L.~Glonty\\D.V.~Dedovich\\Yu.A.~Nefedov\\D.V.~Kharchenko \\Yu.A.~Usov\\M.Yu.~Kazarinov\\V.A.~Kolesnikov\\S.N.~Malyukov\\V.Yu.~Batusov\\E.V.~Khramov\\R.R.~Sadykov\\M.V.~Chizhov\\ V.V.~Glagolev\\P.V.~Tereshka\\Z.U.~Usubov\\Yu.P.~Ivanov\\L.V.~Kalinovskaya\\S.N.~Karpov\\Z.M.~Karpova \\A.B.~Lazarev\\G.I.~Lykasov\\V.V.~Lyubushkin\\A.F.~Pikelner\\M.S.~Ryabenko\\A.A.~Sapronov\\A.N.~Shalyugin \\M.M.~Shiyakova\\V.B.~Vinogradov\\A.C.~Zhemchugov\\S.N.~Baranov\\D.Yu.~Bardin\\Yu.L.~Vertogradova \\A.V.~Ershova\\N.~Huseinov} \PL{VBLHEP}{A.P.~Cheplakov\\V.D.~Peshekhonov}{G.D.~Kekelidze\\S.M.~Golubykh\\N.~Dzhavadov \\S.S.~Parzhitsky\\E.A.~Ladygin\\F.N.~Ahmadov\\V.V.~Kukhtin\\M.N.~Kapishin\\V.N.~Pozdnyakov\\B.G.~Shaykhatdenov \\A.G.~Karev\\N.G.~Fadeev\\L.A.~Merkulov\\V.V.~Myalkovsky\\E.V.~Serochkin\\A.A.~Soloshenko\\N.I.~Zimin} \PL{LIT}{P.V.~Zrelov \\V.V.~Korenkov\\V.M.~Kotov}{I.N.~Aleksandrov\\N.I~Gromova\\M.A.~Mineev\\V.N.~Shigaev \\A.V.~Yakovlev } \PL{BLTP}{D.I.~Kazakov}{A.V.~Gladyshev\\A.V.~Bednyakov\\O.B.~Teryaev\\N.I.~Kochelev} \end{stage} \begin{intcoop} \mtab{ Armenia}{Yerevan}{YerPhI} \mtab{ Azerbaijan}{Baku}{IP ANAS} \mtab{ Belarus}{Minsk}{IP NASB} \mtab{}{}{NC PHEP BSU} \mtab{}{Gomel}{GSTU} \mtab{}{}{BelSUT} \mtab{ Canada }{Vancouver}{TRIUMF} \mtab{}{Montreal}{UdeM} \mtab{ CERN }{Geneva}{} \mtab{ Czech Republic}{Prague}{CU} \mtab{ France}{Clermont-Ferrand}{LPC-CF} \mtab{}{Orsay}{LAL} \mtab{ Georgia}{Tbilisi}{HEPI TSU} \mtab{ Germany}{Munich}{MPI-P} \mtab{Greece}{Athens}{Univ.} \mtab{ Israel}{Rehovot}{WIS} \mtab{ Italy}{Pisa}{Univ.} \mtab{ Netherlands}{Amsterdam}{NIKHEF} \mtab{ Russia}{Moscow}{LPI RAS} \mtab{}{}{MEPhI} \mtab{}{}{ITEP} %\mtab{}{}{CC RAS} \mtab{}{}{MSU} \mtab{}{Protvino}{ IHEP} \mtab{ Slovak Republic}{Bratislava}{CU} \mtab{}{}{IP SAS} \mtab{ Spain}{Barcelona}{ IFAE} \mtab{ USA}{Argonne, IL}{ANL} \mtab{ Uzbekistan}{Samarkand}{SSU} \end{intcoop} \TN{02--0--1082--2009/2011}{1}{\tscom} { JINR's Participation in Experiments at the Fermilab Tevatron \\ (Projects D0, CDF)} { G.D.~Alexeev\\ V.V.~Glagolev} %%\PLDDD{J.A.~Budagov} \TC{Belarus, Chile, Georgia, Greece, Italy, Romania, Slovak Republic, USA, Ukraine, Uzbekistan.} \TA \begin{itemize} \item Running and development of the forward muon system with electronics, data collection and physics analysis (D0). \item R&D, production, commissioning and running of the enlarged acceptance central muon scintillation counter trigger, preshower, time-of-flight and new Si--strip detector based triggers. Data collection, proces\-s\-ing; physics analysis (CDF). \end{itemize} {\bf Expected main results in 2011:} \begin{itemize} \item Development of the D0 \ software; data taking and analysis; measurement of $\Xi_{b}$ mass, preliminary results on proton structure functions. \item Maintenance of the CDF muon scintillation counter trigger. Data taking and analysis; new data for top mass and for Very High Multiplicity studies. \end{itemize} %%\begin{project} %%\item \PList{D0}{G.D.~Alexeev}{1}{1997}{2011} %%\item \PList{CDF}{J.A.~Budagov}{1}{1997}{2011} %%\end{project} \begin{stage} \item \PS{ D\O}{G.D.~Alexeev}{\psdt\\ \psda} \PL{DLNP}{}{V.N.~Abazov\\D.V.~Bandurin\\L.S.~Vertogradov\\Yu.L.~Vertogradova\\A.Yu.~Verkheev\\G.A.~Golovanov \\N.I.~Zhuravlev\\D.E.~Korablev\\V.L.~Malyshev\\M.A.~Patsyuk\\Yu.P.~Merekov\\N.A.~Russakovich\\N.B.~Skachkov\\I.N.~Churin \\V.V.~Tokmenin\\Yu.N.~Kharhzheev\\A.M.~Rojdestvenski\\Yu.A.~Yatsunenko} \item \PS{ CDF}{J.A.~Budagov\\}{\psdt\\ \psda } \PL{DLNP}{}{A.M.~Artikov\\V.Yu.~Batusov\\V.V.~Glagolev\\V.I.~Kolomoets\\S.M.~Kolomoets\\M.V.~Lyablin\\Yu.A.~Koultchitski \\I.A.~Suslov\\F.~Prokoshyn\\A.V.~Simonenko\\A.V.~Sazonova \\D.I.~Hubua\\A.A.~Semenov\\I.E.~Chirikov-Zorin\\V.B.~Flyagin \\D.Sh.~Chokhely } \PL{BLTP}{}{G.A.~Kozlov } %\PL{VBLHEP}{}{} \PL{LIT}{}{V.V.~Ivanov\\P.V.~Zrelov\\V.V.~Uzhinsky \\A.M.~Raportirenko } %\PL{SCAR}{ }{V.N.~Samoilov} \end{stage} \begin{intcoop} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{Chile}{Valparaiso}{Univ.} \mtab{Georgia}{Tbilisi}{HEPI TSU} \mtab{Greece}{Athens}{Univ.} \mtab{Italy}{Pisa}{Univ.} \mtab{}{}{INFN} \mtab{}{Udine}{Univ.} \mtab{Romania}{Bucharest}{IFIN-HH} \mtab{Slovak Republic}{Bratislava}{IP SAS} \mtab{}{}{CU} \mtab{USA}{Argonne, IL}{ANL} \mtab{}{Batavia, IL}{Fermilab} \mtab{}{Boston, MA}{NU} %\mtab{}{Gainesville, FL}{UF} %\mtab{}{Madison, WI}{UW-Madison} \mtab{}{New York, NY}{SUNY} \mtab{Ukraine}{Kharkov}{ISC NASU} \mtab{Uzbekistan}{Samarkand}{SSU} \end{intcoop} % \TN{02--2--1099--2010/2012}{1}{\tsprg} {Study of Neutrino Oscillations } {Yu.A.~Gornushkin} \TLD{O.Yu.~Smirnov} \TC{ Belgium, Bulgaria, CERN, China, Croatia, Czech Republic, France, Germany, Hungary, Japan, Italy, Russia, Spain, Switzerland, United Kingdom, Ukraine, USA.} \TA {\bf Expected main results in 2011: } \begin{itemize} \item Data taking with neutrinos from the CNGS beam at the OPERA detector. \item Scanning and analysis of OPERA nuclear emulsion at JINR. \item Software development for the Target Tracker data analysis. Development of the Brick Finding software, analysis of electronic detector data and event vertex location. \item The continuation of the data taking with the BOREXINO detector. \item Analysis of results of the calibration campaign with internal light sources. \item Development of new position reconstruction algorithm for Borexino detector. \item The study of day/night and seasonal variations of the solar neutrino flux. \item Precise measurement of the Be-7 flux with total errors down 5\%. \item Improvement of the current results on the effective solar neutrino magnetic moment. \item Limits on solar antineutrino flux and relic supernovae flux. \item Participation in tests and assembly of the Daya Bay central detector. \item Development of Monte Carlo software for cosmogenic background simulation in the Daya Bay experiment. \end{itemize} %%\begin{project} %%\item \PList{OPERA}{Yu.A.~Gornushkin}{1}{2010}{2012} %%\item \PList{BOREXINO}{O.A.~Zaimidoroga}{1}{1996}{2012} %%\item \PList{Daya Bay}{R.~Leitner}{1}{2009}{2011} %%\end{project} \begin{stage} \item \PS{OPERA }{Yu.A.~Gornushkin }{\psdt} \PL{DLNP}{}{S.G.~Dmitrievsky\\Z.V.~Krumshtein\\A.A.~Nozdrin\\S.G.~Zemskova\\A.V.~Chukanov\\A.V.~Krasnoperov \\A.B.~Sadovsky\\V.V.~Tereschenko \\D.V.~Naumov \\S.V.~Tereschenko\\B.~Zhuravlev\\A.S.~Sheshukov} \PL{VBLHEP}{}{Yu.P.~Petukhov} \PL{LIT}{}{A.Ya.~Astakhov\\G.A.~Ososkov } \item \PS{BOREXINO }{O.Yu.~Smirnov}{\psdt} \PL{DLNP}{}{A.P.~Sotnikov\\K.A.~Fomenko\\D.V.~Korablev} \item \PS{Daya Bay}{}{\psinp} \PL{DLNP}{}{Yu.A.~Gornushkin\\D.V.~Naumov \\I.P.~Nemchonok \\A.G.~Olshevskiy\\O.Yu.~Smirnov\\M.~Gonchar} \end{stage} \begin{intcoop} \mtab{Bulgaria}{Sofia}{SU} \mtab{Belgium}{Brussels}{ULB} \mtab{}{}{VUB} \mtab{}{Geel}{IRMM} \mtab{}{Leuven}{K.U.Leuven} \mtab{CERN}{Geneva}{} \mtab{China}{Beijing}{IHEP CAS} \mtab{}{}{CIAE} \mtab{Croatia}{Zagreb}{RBI} \mtab{Czech Republic}{Prague}{CU} \mtab{France}{Annecy-le-Vieux}{LAPP} \mtab{}{Lyon}{IPNL} \mtab{}{Orsay}{LAL} \mtab{}{Paris}{UPMC} \mtab{}{}{College de France} \mtab{}{Strasbourg}{IPHC} \mtab{Germany}{Dortmund}{TU Dortmund} \mtab{}{Heidelberg}{MPI K} \mtab{}{Munich}{MPI-P} \mtab{Hungary}{Budapest}{KFKI RMKI} \mtab{ Japan}{Nagoya}{Nagoya Univ.} \mtab{Italy}{Bari}{Univ.} \mtab{}{}{INFN} \mtab{}{Genoa}{INFN} \mtab{}{Naples}{INFN} \mtab{}{Legnaro}{INFN LNL} \mtab{}{Milan}{Unimi} \mtab{}{}{INFN} \mtab{}{Padua}{Univ.} \mtab{}{Perugia}{ INFN} \mtab{}{Pavia}{ INFN} \mtab{}{Rome}{INFN} \mtab{}{Trieste}{Univ.} \mtab{}{}{INFN} \mtab{Russia}{Moscow}{RRC KI} \mtab{}{}{ITEP} \mtab{}{Gatchina}{PNPI RAS} %\mtab{}{Obninsk}{IPPE} \mtab{}{Protvino}{IHEP} \mtab{}{Troitsk}{INR RAS} \mtab{Spain}{Valencia}{UV} \mtab{Switzerland}{Bern}{Uni Bern} \mtab{}{Neuchatel}{UniNe} \mtab{}{Geneva}{UniGe} \mtab{United Kingdom}{Didcot}{RAL} \mtab{}{Oxford}{Univ.} \mtab{}{Sheffield}{Univ.} \mtab{USA}{Cambridge, MA}{MIT} \mtab{}{Madison, WI}{UW-Madison } \mtab{}{Princeton, NJ}{PU} \mtab{}{Upton, NY}{BNL} \mtab{}{Los Angeles, CA}{UCLA} \mtab{}{Berkeley, CA}{Berkeley Lab} \mtab{Ukraine}{Kharkov}{ISC NASU} \end{intcoop} \TN{02--0--1106--2011/2013}{1}{\tsnew} {Investigations of the Compressed Baryonic Matter at the GSI Accelerator Complex (Project CBM)} { A.I.~Malakhov\\V.V.~Ivanov} \TLD{Yu.V.~Zanevsky\\V.P.~Ladygin} \TC{Belarus, Bulgaria, Germany, Mongolia, Poland, Romania, Russia, Slovak Republic,Uzbekistan, Ukraine.} \TA Design and development of the superconducting dipole magnet, transition radiation, straw and silicon tracker detectors for CBM experiment at the GSI accelerator complex. Study of the multiparticle dynamics in heavy ion collisions at SIS100 and SIS300. Algorithms and software developments for the trigger, simulation and data analysis. {\bf Expected main results in 2011: } \begin{itemize} \item Design of the superconducting dipole magnet for CBM experiment. \item Design and testing of the transition radiation, straw and silicon tracker detectors prototypes. \item Development of the algorithms and software for the trigger and data analysis. \item Simulation of the multiparticle dynamics in heavy ion collisions. \end{itemize} %%\begin{project} %%%\item \PList{PANDA}{A.G.~Olshevskiy}{1}{2010}{2014} %%\item \PList{CBM}{A.I.~Malakhov}{1}{2011}{2015} %%\end{project} \begin{stage} \item \PS{CBM \\ Design and manufacture of the superconducting dipole magnet, the transition radiation and straw detectors, silicon tracker. Development of the algorithms and software for trigger, simulation and data analysis.}{ A.I.~Malakhov}{\psinp} \PL{VBLHEP}{}{A.I.~Malakhov\\ Yu.S.~Anisimov + 1 pers.\\ E.A.~Matyushevsky + 3 pers.\\ Yu.V.~Zanevsky} \PL{}{}{V.F.~Chepurnov \\S.P.~Chernenko\\O.V.~Fateev\\V.N.~Zryuev\\ S.V.~Razin\\G.A.~Cheremukhina\\V.P.~Ladygin + 3 pers.\\A.P.~Ierusalimov\\D.V.~Peshekhonov \\ V.N.~Pozdnyakov + 1 pers.\\E.B.~Plekhanov\\V.D.~Peshekhonov + 6 pers. \\ Yu.A.~Murin+ 5 pers.\\V.M.~Golovatyuk\\O.V.Rogachevsky\\I.~Mandjavidze} \PL{LIT}{}{V.V.~Ivanov + 8 pers.\\P.G.~Akishin\\S.A.~Baginyan\\G.N.~Ososkov + 2 pers.} \PL{DLNP}{}{V.A.Karnaukhov + 2 pers.} \PL{BLTP}{}{D.~Blaschke\\V.V.~Burov + 2 pers.\\ V.D.~Toneev} %\item \PS{PANDA \\ %Preparation of project }{ A.G.~Olshevskiy\\ V.V.~Ivanov}{\pstp} %\PL{DLNP}{}{G.D.~Alexeev\\ N.~Angelov\\G.B.~Pontekorvo + 2 pers.} %\PL{VBLHEP}{}{E.A.~Strokovsky + 4 pers.\\M.G.~Sapozhnikov + 3 pers.\\A.S.~Vodopianov\\M.Yu.~Barabanov %\\V.K.~Dodokhov + 3 pers.\\E.K.~Koshurnikov + 4 pers.\\G.S.~Shabratova + 1 pers.} %\PL{LIT}{}{Gh.~Adam + 5 pers.} %\PL{BLTP}{}{A.S.~Sorin + 5 pers.} %\item \PS{PAX \\ Preparation of project }{A.V.~Kulikov %\\A.P.~Nagaytsev}{\pstp} %\PL{DLNP}{}{A.V.~Kulikov\\O.Yu.~Shevchenko + 1 pers.} %\PL{VBLHEP}{}{A.P.~Nagaytsev + 5 pers.} %\PL{BLTP}{}{A.V.~Efremov \\ O.V.~Teryaev + 2 pers.} %\item[] \PS{ Preparation of projects and participation in the development\\ % of the GSI accelerator complex % }{A.D.~Kovalenko\\G.V.~Trubnikov}{\pstp} %\PL{VBLHEP}{}{N.N.~Agapov\\V.I.~Volkov + 5 pers.\\A.V.~Shabunov + 3 pers.\\G.G.~Khodzhibagiyan + 4 pers. %\\V.A.~Mikhaylov + 1 pers.\\A.Yu.~Starikov + 4 pers.\\V.I.~Batin\\Yu.P.~Filippov} %\PL{DLNP}{}{I.N.~Meshkov + 2 pers.} %\PL{LIT}{}{P.G.~Akishin} % \end{stage} \begin{intcoop} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{Bulgaria}{Sofia}{INRNE BAS} %\mtab{}{}{TU-Sofia} %\mtab{}{}{ISSP BAS } %\mtab{ Czech Republic}{Prague}{VP} %\mtab{}{}{IMC ASCR } %\mtab{ }{Rez}{NRI } \mtab{Germany}{Darmstadt}{GSI} %\mtab{}{Erlangen}{Univ.} \mtab{ }{Frankfurt/Main }{Univ.} %\mtab{ }{Giessen }{JLU } \mtab{ }{Heidelberg}{Univ.} \mtab{ }{Dresden }{FZD } %\mtab{}{Julich}{FZJ} %\mtab{ }{Munich }{TUM } %\mtab{Italy}{Ferrara}{INFN} %\mtab{}{Frascati}{INFN LNF} %\mtab{}{Turin}{} \mtab{Mongolia}{Ulaanbaatar}{IPT MAS} \mtab{Poland}{Warsaw}{WUT} \mtab{Romania}{Bucharest}{IFIN-HH} \mtab{}{}{INCDIE ICPE-CA} \mtab{ Russia}{Moscow}{ITEP} \mtab{}{}{SINP MSU} %\mtab{ }{ }{MEPhI } %\mtab{}{Dubna}{BSINP MSU} %\mtab{ }{Kazan }{Compressormach} \mtab{ }{Protvino }{IHEP} \mtab{ }{Troitsk }{INR RAS } \mtab{ Slovak Republic}{Bratislava}{IP SAS} \mtab{}{}{CU} \mtab{Ukraine}{Kiev}{BITP NASU} \mtab{Uzbekistan}{Jizzakh}{JSPI} \mtab{}{Samarkand}{SSU} \end{intcoop} \TN{02--0--1108--2011/2013}{1}{\tsnew} {Experiment PANDA at the GSI Accelerator Complex}{A.G.~Olshevskiy } \TLD{G.D.~Alexeev\\A.S.~Vodopyanov } \TC{ Belarus, Czech Republic, Germany, Italy, Russia, Ukraine } \TA The Study of the nuclear matter exotic states and nucleon structure in PANDA experiment at GSI accelerator complex. {\bf Expected main results in 2011: } \begin{itemize} \item Development of the software, generators and criterions for the events selection. \item Preparation of the tender documentation for magnet production. \item Muon system TDR. \end{itemize} %%\begin{project} %%\item \PList{PANDA}{A.G.~Olshevskiy}{1}{2011}{2014} %%\end{project} \begin{stage} \item \PS{PANDA}{ A.G.~Olshevskiy}{\pstp} \PL{DLNP}{G.D.~Alexeev}{G.D.~Alexeev + 15 pers.\\Skachkov N.B. + 5 pers.\\ N.~Angelov\\D.B.~Pontekorvo + 2 pers.} \PL{VBLHEP}{A.S.~Vodopyanov}{A.S.~Vodopyanov + 10 pers.\\E.A.~Strokovsky + 4 pers.\\M.G.~Sapozhnikov + 3 pers. \\V.K.~Dodokhov + 3 pers.\\E.K.~Koshurnikov + 4 pers.\\G.S.~Shabratova + 1 pers.} \PL{LIT}{}{Gh.~Adam + 5 pers.\\V.~Uzhinsky \\} \PL{BLTP}{}{A.S.~Sorin + 5 pers.\\O.V.~Teryaev + 2 pers.\\ A.V.~Efremov} \end{stage} \begin{intcoop} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{ Czech Republic}{Prague}{CU} \mtab{Germany}{Darmstadt}{GSI} \mtab{Italy}{Turin}{ Univ.} \mtab{Russia}{Protvino }{IHEP} \mtab{}{Dubna}{BSINP MSU} %\mtab{Ukraine}{Kharkov}{ISMA} \end{intcoop} \TN{02--2--1090--2009/2011}{2}{\tscom} {Astrophysical Studies in the TUS and NUCLEON Space Experiments } {L.G.~Tkatchev} \TC{ Czech Republic, Japan, Italy, Mexico, Republic of Korea, Russia. } \TA {\bf Expected main results in 2011: } \begin{itemize} \item Participation in the development of the pilot prototype of the Fresnel mirror to the small autonomous space platform. \item Software development and measurements of the pilot Fresnel mirror modules. \item Participation in production of the TUS on-line programs. \item Participation in the development of the pilot NUCLEON trigger system to the changed launcher. \item Development of the MC simulation program for the neutron response for the HERO space detector. Development of on-line data handling programs. R&D of the HERO detector prototype and beam tests at SPS CERN. \item Participation in the long-term tests of the technological prototype of the NUCLEON trigger system. \end{itemize} %%\begin{project} %%\item \PList{TUS }{L.G.~Tkatchev}{1}{2002}{2011} %%\item \PList{NUCLEON }{L.G.~Tkatchev}{2}{2005}{2011} %%\end{project} \begin{stage} \item[] \PS{TUS }{L.G.~Tkatchev}{\psinp} \PL{DLNP}{L.G.~Tkatchev}{L.G.~Tkatchev\\V.M.~Grebenyuk\\D.V.~Naumov\\S.V.~Bektemerova\\S.Yu.~Porokhovoy\\A.V.~Tkachenko\\ F.F.~Grinyuk\\P.A.~Khuraevkin\\Yu.A.~Sevastyanov} \PL{VBLHEP}{}{A.V.~Skrypnik} \PL{LIT}{}{S.K.~Slepnev} \item[] \PS{NUCLEON }{L.G.~Tkatchev}{\psinp} \PL{DLNP}{L.G.~Tkatchev}{L.G.~Tkatchev\\V.M.~Grebenyuk\\S.Yu.~Porokhovoy\\N.I.~Kalinin\\V.F.~Boreyko \\Nguen Man Shat\\B.M.~Sabirov \\A.B.~Sadovsky\\Z.B.~Krumshtein\\A.V.~Tkachenko\\A.A.~Timoshenko\\M.~Slunechka\\V.~Slunechkova\\N.S.~Tolstoy } \PL{VBLHEP}{}{N.V.~Gorbunov} \PL{LIT}{}{V.N.~Shigaev} \end{stage} \begin{intcoop} \mtab{Czech Republic}{Prague}{IP ASCR} \mtab{}{}{CU} \mtab{Japan}{Wako}{RIKEN} \mtab{Italy}{Trieste}{INFN} \mtab{Mexico}{Puebla}{BUAP} %\mtab{Kazakhstan}{Almaty}{PTI MS-NAS RK} \mtab{Republic of Korea}{Seoul}{EWU} \mtab{Russia }{Moscow}{SINP MSU} \mtab{}{Korolev}{RSC "Energia"} \mtab{}{Samara}{TsSKB-Progress} \mtab{}{Dubna}{Raduga} \end{intcoop} \TN{02--1--1096--2010/2014}{1}{\tsprg} {Study of Rare Charged Kaon Decays in Experiments\\ at the CERN SPS} {V.D.~Kekelidze} \TLD{Yu.K.~Potrebenikov} \TC{Belarus, Belgium, Bulgaria, Canada, CERN, Germany, Mexico, Romania, Russia, Switzerland, United Kingdom, USA.} \TA Realization of the NA62 Project allows to clarify CH--violation problem, to measure precisely ultra rare charged kaon decay to charged pion and two neutrinos, to carried out a search for supersymmetric particles and their partners with a goal to observe a physics beyond the Standard Model. In addition precise characteristics of rate kaon and hyperon decays will be measured. A high resolution magnetic spectrometer on a base of straw drift tubes working in vacuum will be designed and constructed on a stage of preparation of the experiment. Software for simulation, data processing and analysis will be developed. {\bf Expected main results in 2011: } \begin{itemize} \item An analysis of the experimental data recorded in 2010 by the prototypes of the straw detector will be completed. \item Mass production of straw tubes will be continued. \item Two modules of the the straw detector will be produced and delivered to CERN. \item Software for the magnetic spectrometer simulation and for a simulation of full set--up will be development; system for detector calibration and event reconstruction will be upgrade; common software of the experi-\\ment will be development. \item Participation in tests of straw detector elements in LHEP and CERN and on the particle beams. \end{itemize} %%\begin{project} %%\item \PList{NA62}{V.D.~Kekelidze}{1}{2010}{2012} %%\end{project} \begin{stage} \item \PS{NA62, SPS CERN}{V.D.~Kekelidze}{\pstt\\ \psmod} \PL{VBLHEP}{}{Yu.K.~Potrebenikov + 9 pers.\\ S.A.~Movchan + 5 pers.} \PL{DLNP}{}{N.A.~Kuchinsky + 2 pers.} \end{stage} \begin{intcoop} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{Belgium}{Louvain-la-Neuve}{UCL} \mtab{Bulgaria}{Sofia}{SU} \mtab{}{}{INRNE BAS} \mtab{}{Plovdiv}{PU} \mtab{CERN}{Geneva}{} \mtab{Canada}{Vancouver}{TRIUMF} \mtab{Germany}{Mainz}{JGU} \mtab{Italy}{Florence}{INFN} \mtab{}{Ferrara}{INFN} \mtab{}{Frascati}{INFN LNF} \mtab{}{Perugia}{INFN} \mtab{}{Pisa}{INFN} \mtab{}{Rome}{INFN} \mtab{}{}{Univ. "Tor Vergata"} \mtab{}{Turin}{INFN} \mtab{Mexico}{San Luis Potosi}{UASLP} \mtab{Romania}{Bucharest}{IFIN-HH} \mtab{Russia}{Protvino}{IHEP} \mtab{}{Troitsk}{INR RAS} \mtab{Switzerland}{Bern}{Uni Bern} \mtab{United Kingdom}{Birmingham}{Univ.} \mtab{}{Edinburgh}{Univ.} \mtab{USA}{Chicago, IL}{UChicago} \mtab{}{Fairfax, VA }{GMU} \mtab{}{Menlo Park, CA }{SLAC} \mtab{}{Merced, CA}{UC Merced} \mtab{}{Evanston, IL}{NU} \end{intcoop} \TN{02--0--1083--2009/2013}{1}{\tsprg} {CMS. Compact Muon Solenoid at the LHC} {A.V.~Zarubin } %%\PLDDD{I.A.~Golutvin} \TC{ Armenia, Austria, Belarus, Belgium, Brazil, Bulgaria, CERN, China, Croatia, Cyprus, Estonia, Finland, France, Georgia, Germany, Greece, Hungary, India, Iran, Italy, Mexico, New Zealand, Pakistan, Poland, Republic of Korea, Russia, Serbia, Slovak Republic, Bratislava, Spain, Switzerland, Taiwan, Turkey, Ukraine, United Kingdom, USA, Uzbekistan.} \TA The CMS Collaboration has constructed a general--purpose detector to be operational at the start--up of the Large Hadron Collider (LHC/CERN) to exploit its full discovery potential. Study of fundamental properties of the matter in Super High Energy proton--proton and nucleus--nucleaus interactions.

The major activities of JINR are focused on the following directions:

- forward calorimetry, including endcap hadron, and preshower detector;

- forward muon stations with cathode strip chambers;

- development of Physics program to test SM and BSM. {\bf Expected main results in 2011: } \begin{itemize} \item Start up, maintenance, and operation of forward hadron calorimetry and ME1/1 muon station in experime\-n\-tal cavern at low luminosity. \item Technical support of the CMS, LHC. \item CMS start up in LHC run, data taking and data quality monitoring. \item Processing and analysis of experimental data, development and improvement of muon and jet reconstruc\-tion algorithms. \item Development of software for GRID--based distributed system for data processing and analysis. Data transmission from CERN to JINR. \end{itemize} %%\begin{project} %%\item \PList{CMS}{A.V.~Zarubin \\I.A.~Golutvin }{1}{2010}{2014} %%\end{project} \begin{stage} \item \PS{Forward calorimetry}{A.V.~Zarubin }{\pspl\\ \pspg\\ \psdt} \PL{VBLHEP}{}{I.A.~Golutvin\\P.D.~Bunin\\A.G.~Volodko + 1 pers.\\Yu.V.~Ershov + 1 pers. \\N.I.~Zamyatin + 3 pers. \\ V.D.~Kalagin\\A.Yu.~Kamenev\\A.M.~Kurenkov + 2 pers. \\P.V.~Moisenz + 2 pers.\\V.A.~Smirnov\\A.I.~Malakhov + 2 pers.} \item \PS{Forward muon station\\ ME1/1}{V.Yu.~Karjavin}{\pspl\\ \pspg\\ \psdt} \PL{VBLHEP}{}{S.E.~Vasiliev\\A.O.~Golunov\\ I.A.~Golutvin \\N.V.~Gorbunov + 2 pers.\\Yu.V.~Ershov\\ A.V.~Zarubin\\A.Yu.~Kamenev\\A.M.~Kurenkov + 2 pers.\\A.M.~Makankin \\P.V.~Moisenz + 1 pers.\\V.V.~Perelygin + 2 pers.\\D.A.~Smolin} \item \PS{Technical support of the CMS, LHC}{I.A.~Golitvin\\A.M.~Kurenkov}{\psinp} \PL{VBLHEP}{}{A.M.~Kurenkov + 8 pers.\\Yu.V.~Ershov + 1 pers.\\S.E.~Vasiliev + 1 pers.\\A.I.~Malakhov + 2 pers.} \item \PS{Reserch physics programme\\with the CMS Detector}{S.V.~Shmatov\\ I.A.~Golutvin}{\psinp} \PL{VBLHEP}{}{I.M.~Gramenitsky\\I.I.~Belotelov\\P.D.~Bunin\\A.V.~Zarubin\\A.Yu.~Kamenev\\V.F.~Konoplyannikov + 1 pers. \\A.V.~Lanev\\P.V.~Moisenz + 3 pers.\\M.V.~Savina\\A.I.~Malakhov + 3 pers.} \PL{LIT}{V.V.~Korenkov}{D.A.~Oleynik\\G.A.~Ososkov\\V.V.~Palchik + 4 pers.\\A.Sh.~Petrosyan} \PL{BLTP}{O.V.~Teryaev\\ G.A.~Kozlov }{A.B.~Arbuzov\\A.V.~Kotikov\\E.A.~Kuraev\\A.V.~Sidorov\\A.V.~Efremov \\S.G.~Bondarenko\\R.S.~Pasechnik} \PL{DLNP}{}{P.X.~Khristova + 2 pers.\\M.~Finger + 2 pers.} \item \PS{Development of software for\\distributed computation, data \\processing and analysis based\\on GRID--technology }{V.V.~Korenkov }{\psinp} \PL{LIT}{}{E.G.~Niconov\\V.V.~Mitsyn + 5 pers.\\V.V.~Palchik\\R.N.~Semenov\\E.A.~Tikhonenko \\I.A.~Filozova} \PL{VBLHEP}{}{I.I.~Belotelov\\N.V.~Gorbunov\\A.O.~Golunov\\P.V.~Moisenz \\S.V.~Shmatov} \end{stage} \begin{intcoop} \mtab{Armenia}{Yerevan}{YerPhI} \mtab{Austria}{Vienna}{HEPHY} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{}{}{JIPNR-Sosny NASB} \mtab{}{Gomel}{GSTU} \mtab{Belgium}{Louvain-la-Neuve}{UCL} \mtab{}{Mons}{UMONS} \mtab{}{Brussels}{ULB} \mtab{}{}{VUB} \mtab{}{Antwerp}{UA} \mtab{Brazil}{Rio de Janeiro, RJ}{CBPF} \mtab{}{}{UERJ} \mtab{}{}{UFRJ} \mtab{}{Sao Paulo, SP}{Unesp} \mtab{Bulgaria}{Sofia}{SU} \mtab{}{}{INRNE BAS} \mtab{CERN }{Geneva}{} \mtab{China }{Hefei}{USTC} \mtab{}{Beijing}{IHEP CAS} \mtab{}{}{PKU} \mtab{Croatia }{Split}{Univ.} \mtab{Cyprus }{Nicosia}{UCY} \mtab{Estonia }{Tallinn}{NICPB} \mtab{Finland }{Helsinki}{UH} %\mtab{}{}{HUT} \mtab{}{}{HIP} \mtab{}{Jyvaskyla}{UJ} \mtab{}{Tampere}{TUT} \mtab{}{Oulu}{UO} \mtab{France }{Annecy-le-Vieux}{LAPP} \mtab{}{Saclay}{IRFU} \mtab{}{Strasbourg}{IPHC} \mtab{}{Lyon}{IPNL} \mtab{Georgia }{Tbilisi}{HEPI TSU} \mtab{}{}{IP} \mtab{Germany}{Berlin}{HUB} \mtab{}{Karlsruhe}{KIT} \mtab{}{Aachen}{RWTH } \mtab{Greece }{Athens}{NCSR "Demokritos"} \mtab{}{}{Univ.} \mtab{}{Ioannina}{UI} \mtab{Hungary }{Budapest}{KFKI RMKI} \mtab{}{Debrecen}{Atomki} \mtab{}{}{Univ.} \mtab{India }{Mumbai}{BARC} \mtab{}{}{TIFR } \mtab{}{Bhubaneshwar}{IOP} \mtab{}{Chandigarh}{PU} \mtab{Iran}{Tehran}{IPM} \mtab{Italy}{Bari}{INFN } \mtab{}{Bologna}{INFN} \mtab{}{Catania}{INFN LNS} \mtab{}{Florence}{INFN} \mtab{}{Genoa}{INFN} \mtab{}{Padua}{ INFN} \mtab{}{Pavia}{ INFN} \mtab{}{Perugia}{ INFN} \mtab{}{Pisa}{ INFN} \mtab{}{Rome}{ INFN} \mtab{}{Turin}{ INFN} \mtab{Mexico}{Mexico }{Cinvestav} \mtab{New Zealand}{Auckland}{Univ.} \mtab{}{Christchurch}{UC} \mtab{Pakistan}{Islamabad}{QAU} \mtab{Poland}{Warsaw}{UW} \mtab{}{}{SINS} \mtab{Republic of Korea}{Kwangju}{CNU} \mtab{}{Naju}{DU} \mtab{}{Namwon}{SU} \mtab{}{Seoul}{KU} \mtab{}{}{Konkuk Univ.} \mtab{}{}{ SNUE} \mtab{}{Chongju}{CBNU} \mtab{Russia}{Moscow}{ITEP} \mtab{}{}{LPI RAS} \mtab{}{}{SINP MSU} \mtab{}{}{NIKIET} \mtab{}{Gatchina}{PNPI RAS} \mtab{}{Protvino}{IHEP} \mtab{}{Snezhinsk}{VNIITF} \mtab{}{St. Petersburg}{Electron} \mtab{}{Troitsk}{INR RAS} \mtab{}{Zhukovsky}{MDB} \mtab{Serbia }{Belgrade}{INS "VINCA"} \mtab{Slovak Republic }{Bratislava}{SUT} \mtab{Spain }{Madrid}{CIEMAT} \mtab{}{}{UAM} \mtab{}{Oviedo}{Uniovi} \mtab{}{Santander}{IFCA} \mtab{Switzerland }{Zurich}{ETH} \mtab{}{}{UZH} \mtab{}{Villigen}{PSI} \mtab{}{Basel}{Uni Basel} \mtab{Taiwan}{Taipei}{NTU} \mtab{}{Chung--Li}{NCU} \mtab{Turkey }{Adana}{CU} \mtab{}{Ankara}{METU} \mtab{Ukraine}{Kharkov}{KFTI NASU} \mtab{}{}{ISC NASU} \mtab{}{}{KhNU} \mtab{United Kingdom }{London}{Imperial College} \mtab{}{Didcot}{RAL} \mtab{}{Bristol}{Univ.} \mtab{USA}{Ames, IA}{ISU} \mtab{}{Baltimore, MD}{JHU} \mtab{}{Blacksburg, VA}{Virginia Tech.} \mtab{}{Boston, MA}{BU} \mtab{}{}{NU} \mtab{}{Batavia, IL}{Fermilab} \mtab{}{Davis, CA}{UCDavis} \mtab{}{Cambridge, MA}{MIT} \mtab{}{Chicago, IL}{UIC} \mtab{}{College Park, MD}{UM} \mtab{}{Columbus, OH}{OSU} \mtab{}{Gainesville, FL}{UF} \mtab{}{Evanston, IL}{NU} \mtab{}{Houston, TX}{Rice Univ.} \mtab{}{Iowa City, IA}{UIowa} \mtab{}{Lincoln, NE}{UNL} \mtab{}{Livermore, CA}{LLNL} \mtab{}{Los Alamos, NM}{LANL} \mtab{}{Los Angeles, CA}{UCLA} \mtab{}{Lubbock, TX}{TTU} \mtab{}{Madison, WI}{UW-Madison} \mtab{}{Minneapolis, MN}{UofM} \mtab{}{Notre Dame, IN}{ND} \mtab{}{Oxford, MS}{UM} \mtab{}{Pasadena, CA}{Caltech} \mtab{}{Pittsburgh, PA}{Pitt} \mtab{}{Piscataway, NJ}{Rutgers} \mtab{}{Princeton, NJ}{PU} \mtab{}{Riverside, CA}{UCR} \mtab{}{Rochester, NY}{UR} \mtab{}{Tallahassee, FL}{FSU} \mtab{ }{Tuscaloosa, AA}{UA} \mtab{Uzbekistan}{Tashkent}{INP UAS} \end{intcoop} \TN{02--0--1085--2009/2013}{1}{\tsext} {Study of the Nucleon and Baryon Structure at CERN \\(COMPASS) and DESY (HERMES, H1)} {A.P.~Nagaytsev } %%\PLDDD{ I.A.~Savin} \TC{ Armenia, Belarus, Belgium, Bulgaria, Canada, CERN, Czech Republic, France, Germany, Israel, Italy, Japan, Netherlands, Poland, Russia, Switzerland, United Kingdom, USA. } \TA {\bf Expected main results in 2011: } \begin{itemize} \item Participation in data taking in COMPASS spectrometer at CERN. \item Support of HCAL1 during 2011 run. \item Support of MW1 during 2011 run. \item Performance studies of the tracking detectors MWPC, STRAW, W4/5 for COMPASS. \item Project preparation on measurements of Generalized Parton Distributions and transverse hadron structure in Drell--Yan processes. \item Software development and simulation of the various reactions, studying in COMPASS. Analyzing of the COMPASS data at JINR and publications preparation. Finalizing of the studying of effects of nucleon strange sea and gluon polarization in the production of $\Lambda$~hyperons. \item Theoretical studies of spin effects in COMPASS. \item Measurement of dijet cross section and energy flow in deep--elastic scattering with a leading proton in the final state. Measurement of elastic $\rho$--meson cross section in deep--elastic scattering with a leading proton in the final state. \end{itemize} %% %%\begin{project} %%\item \PList{COMPASS}{A.P.~Nagaytsev\\I.A.~Savin}{1}{1998}{2013} %%\end{project} \begin{stage} \item[I.] \PS{COMPASS}{A.P.~Nagaytsev}{\psdt\\ \psda\\ \psda} \item[1.] \PS{Hadron calorimeter}{ I.A.~Savin\\O.P.~Gavrishchuk}{\pspg} \PL{VBLHEP}{}{O.P.~Gavrishchuk\\G.V.~Meshcheryakov} \item[2.] \PS{Electromagnetic calorimeter}{A.P.~Nagaytsev\\Z.V.~Krumshtein}{\pspp\\ \pspt} \PL{VBLHEP}{}{A.P.~Nagaytsev + 4 pers.} \PL{DLNP}{}{Z.V.~Krumshtein + 5 pers.} \item[3.] \PS{Muon system}{G.D.~Alekseev}{\pspg} \PL{DLNP}{}{G.D.~Alekseev + 5 pers.} \item[4.] \PS{Tracking systems}{ V.D.~Peshekhonov\\G.D.~Alexeev}{\pspg} \PL{VBLHEP}{}{V.D.~Peshekhonov + 5 pers.\\V.A.~Anosov + 1 pers.} \PL{DLNP}{}{V.V.Chalyshev + 3 pers.\\G.D.~Alexeev + 5 pers.\\A.A.~Popov} \item[5.] \PS{Software development.\\ Data analysis}{ E.V.~Zemlyanichkina}{\psinp} \PL{VBLHEP}{}{I.A.~Savin\\V.Yu.~Alexain\\A.M.~Kotsinyan\\D.V.Peshekhonov\\ G.I.Smirnov\\A.P.~Nagaytsev\\O.M.~Kuznetsov\\N.N.~Vlasov\\Yu.I.~Ivanshin\\A.Yu.~Korzenev\\M.G.~Sapozhnikov \\N.S.~Rossijskaya\\V.L.~Rapatsky\\A.A.~Antonov\\ A.L.~Gibinski} \PL{DLNP}{}{A.G.~Olshevsky\\A.V.~Guskov\\Z.V.~Krumshtein} \PL{LIT}{}{A.M.~Raportirenko\\V.P.~Gerdt\\D.A.~Yanovich} \item[6.] \PS{ Measurements of generalized\\ parton distributions and\\ transverse spin structure\\ in Drell--Yan processes. Development of new electro-magnetic\\ calorimeter}{A.P.~Nagaytsev\\I.A.~Savin}{\psinp} \PL{VBLHEP}{}{I.A.~Savin\\O.P.~Gavrishchuk\\ G.V.~Meshcheryakov\\N.N.~Vlasov\\O.M.~Kuznetsov\\A.L.~Gibinski} \PL{DLNP}{}{A.G.~Olshevskiy + 5 pers.\\A.V.~Guskov\\Z.V.~Krumshtein\\O.Yu.~Shevchenko \\O.N.~Ivanov} \PL{LIT}{}{P.V.~Zrelov + 2 pers.} \PL{BLTP}{}{A.V.~Efremov\\O.V.~Teryaev} \item[7.] \PS{Preparation of the project\\ on measurement of proton form--factor ratios\\ at 13--15~GeV/c}{A.P.~Nagaytsev \\I.A.~Savin\\N.M.~Piskunov}{\psda} \PL{VBLHEP}{}{O.P.~Gavrishchuk\\G.V.~Meshcheryakov} \item[II.] \PS{HERMES}{ V.G.~Krivokhijine}{\psda} \PL{VBLHEP}{}{A.P.~Nagaytsev\\G.V.~Meshcheryakov} \PL{DLNP}{}{O.N.Ivanov\\O.Yu.~Shevchenko} \item[III.] \PS{H1}{M.N.~Kapishin}{\psda} \PL{VBLHEP}{}{M.N.~Kapishin + 4 pers.} \item[IV.] \PS{Theoretical studies}{ A.V.~Efremov}{\psinp} \PL{BLTP}{}{S.B.~Gerasimov\\A.V.~Kotikov\\A.E.~Dorokhov\\N.I.~Kochelev} \PL{BLTP}{}{S.B.~Gerasimov\\O.V.~Teryaev\\A.V.~Kotikov\\A.E.~Dorokhov\\N.I.~Kochelev\\A.M.~Sidorov} \end{stage} \begin{intcoop} \mtab{Armenia }{Yerevan}{YerPhI} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{Belgium}{Mons}{UMONS} \mtab{}{Brussels}{ULB} \mtab{Bulgaria}{Sofia}{INRNE BAS} \mtab{}{}{SU} \mtab{Canada}{Vancouver}{TRIUMF} \mtab{}{Edmonton}{U of A} \mtab{CERN}{Geneva}{} \mtab{Czech Republic}{Prague}{CTU} \mtab{France}{Saclay}{IRFU} \mtab{Germany}{Bielefeld}{Univ.} \mtab{}{Bochum}{RUB} \mtab{}{Bonn}{UniBonn} \mtab{}{Freiburg}{Univ.} \mtab{}{Hamburg}{DESY} \mtab{}{Heidelberg}{MPI K} \mtab{}{Munich}{LMU} \mtab{}{}{TUM} \mtab{}{Mainz}{JGU} \mtab{}{Erlangen}{Univ.} \mtab{Israel}{Tel Aviv}{TAU} \mtab{Italy}{Turin}{INFN} \mtab{}{Trieste}{INFN} \mtab{}{Frascati}{INFN LNF} \mtab{Japan}{Chiba}{Toho Univ.} \mtab{}{Nagoya}{Nagoya Univ.} \mtab{}{Osaka}{OCU} \mtab{}{Sendai}{Tohoku Univ.} \mtab{}{Tsukuba}{KEK} \mtab{}{Yamagata}{Yamagata Univ.} \mtab{Netherlands}{Amsterdam}{ NIKHEF} \mtab{Poland}{Warsaw}{WUT} \mtab{Russia}{Moscow}{SINP MSU} \mtab{}{}{LPI RAS} \mtab{}{Protvino}{IHEP} \mtab{}{Gatchina}{PNPI RAS} \mtab{}{Troitsk}{INR RAS} \mtab{Switzerland}{Zurich}{UZH} \mtab{United Kingdom}{Liverpool}{Univ.} \mtab{USA}{Argonne, IL}{ANL} \mtab{}{Cambridge, MA}{MIT} \mtab{}{Boulder, WY}{CU} \mtab{}{Pasadena, CA}{Caltech} \end{intcoop} \TN{02--1--1086--2009/2011}{1}{\tscom} {Strangeness in Hadronic Matter and Study of Inelastic Reactions Near Kinematical Borders\\ (Projects HyperNIS, THERMALIZATION)} {E.A.~Strokovsky\\E.S.~Kokoulina} \TC{ Belarus, Czech Republic, Germany, Italy, Japan, Russia, Ukraine} \TA Strangeness in hadronic matter and study of boundary effects:
a) search of effects of hidden intrinsic polarized sea of strange quarks in nucleon;
b) study of stabilizing effects of strangeness in nuclear matter and properties of the lightest hypernuclei;
c) search for exotic baryons with positive strangeness;
d) study of multi--particle dynamics in inelastic proton--nucleon interactions with extremally high multiplicity.

Expected results:

{\bf Expected main results in 2011:} \begin{itemize} \item Development and modernization of the DAQ and tracking systems of the NIS--GIBS spectrometer. Monte--Carlo simulation of the reactions under study. \item Study of the setup characteristics at the extracted deuteron and $^{6,7}{Li}$ beams. Spectrometer calibrating by binary reactions first physical results. \item Data taking with the NIS--GIBS spectrometer at the extracted deuteron and $^{6,7}{Li}$ beams within the hyper--nuclear program. \item Analysis of data on $\omega$--production in $pp$--interactions at threshold from Wasa--at--COSY spectrometer; preliminary results. \item Upgrade of the SVD--2 setup:
a) planned tests of the liquid hydrogen target and production of its monitoring system;
b) upgrade of the vertex tracker;
c) upgrade of the electronics of the spectrometer and modernizing of the data acquisition system for the drift tracker;
d) planned refurbishing of the electromagnetic calorimeter;
e) trigger optimization;
f) development of the software for the drift tracker and magnetic spectrometer. \item Data taking in the U--70 runs; measurement of the partial $pN$ interaction cross sections with multiplicity up to 30. \item Development of the analytic models for multiple particle production. \end{itemize} %%\begin{project} %%\item \PList{HyperNIS}{E.A.~Strokovsky}{1}{2010}{2012} %%\item \PList{THERMALIZATION}{E.S.~Kokoulina}{2}{2003}{2011} %%\end{project} \begin{stage} \item \PS{NIS}{E.A.~Strokovsky}{\psinp\\ \psdt} \PL{VBLHEP}{}{R.A.~Salmin + 3 pers.\\M.G.~Sapozhnikov + 1 pers.\\V.P.~Balandin + 2 pers.\\S.N.~Bazylev + 6 pers. \\P.A.~Rukoyatkin + 4 pers.\\A.A.~Feschenko\\S.N.~Plyashkevich\\I.P.~Yudin + 1 pers.\\A.G.~Litvinenko + 2 pers. \\J.~Lukstins + 7 pers.\\Yu.T.~Borzunov + 3 pers.\\V.D.~Aksinenko } \item \PS{GIBS}{J.~Lukstins}{\psinp\\ \psdt} \PL{VBLHEP}{}{V.D.~Aksinenko + 4 pers.\\E.A.~Strokovsky + 5 pers.} \PL{DLNP}{}{Yu.A.~Batusov + 2 pers.} \PL{CEO}{}{A.N.~Parfenov + 2 pers.} \item \PS{THERMALIZATION}{E.S.~Kokoulina\\V.A.~Nikitin}{\psinp\\ \psda} \PL{VBLHEP}{}{V.V.~Avdeychikov + 2 pers.\\I.A.~Rufanov + 3 pers.\\V.A.~Nikitin + 6 pers.\\M.V.~Tokarev \\Yu.P.~Petukhov + 2 pers.\\A.N.~Allev + 3 pers.\\V.I.~Kireev + 5 pers.\\A.I.~Yukaev + 4 pers.} \PL{BLTP}{}{E.A.~Kuraev + 2 pers.} \end{stage} \begin{intcoop} \mtab{Belarus}{Minsk}{NC PHEP BSU} \mtab{}{}{JIPNR-Sosny NASB} \mtab{}{Gomel}{GSTU} \mtab{Czech Republic}{Prague}{CTU} \mtab{}{Rez}{NRI} \mtab{}{}{NPI ASCR} \mtab{Germany}{Munich}{LMU} \mtab{}{Julich}{FZJ} \mtab{Italy}{Kosenza}{UniCal} \mtab{Japan}{Osaka}{RCNP} \mtab{Russia}{Moscow}{SINP MSU} \mtab{}{Protvino}{IHEP} \mtab{}{Syktyvkar}{DM Komi SC\\UrD RAS} \mtab{Ukraine}{Kiev}{BITP NASU} \end{intcoop} \TN{02--1--1091--2009/2011}{2}{\tsext} {Investigation of Systems for Identification of Complex Chemical Substances by Nuclear Physics Methods } {V.M.~Bystritsky\\ M.G.~Sapozhnikov} \TC{ Russia} \TA The main goal is to develop methods for identification of complex chemical substances by registration of the gamma-quanta spectra induced by fast neutrons irradiation. The neutrons are produced in the reaction $d+t \to \alpha+n$. The $\gamma$-quanta are registered in coincidence with $\alpha$ particles. For each event the coordinates and the arrival time of $\alpha$ particles in the alpha-detector are measured as well as amplitudes and arrival time of $\gamma$ in the gamma-detectors. This information allows to find the 3D position of the object inside the interrogated volume. Investigations of different detectors for $\alpha$ and $\gamma$ registration will be performed. The data acquisition and data analysis systems will be manufactured. Simulation of the neutrons and gamma-quanta interactions in the interrogated volume will be done to optimize the detector. The prototypes of the detector to identify hidden substances will be constructed. {\bf Expected main results in 2011: } \begin{itemize} \item Investigation of multichannel alpha--detector. \item Construction of the working prototypes of the system with portable neutron generator. \item Monte Carlo simulation of the identification algorythms. \end{itemize} \begin{stage} \item \PS{Production of $\alpha$--detector}{N.I.~Zamyatin}{\psinp} \PL{VBLHEP}{}{N.I.~Zamyatin + 4 pers.} \item \PS{Production of $\gamma$--detector}{V.M.~Bystritsky}{\psinp} \PL{DLNP}{}{V.M.~Bystritsky + 3 pers.} \item \PS{Development of the DAQ}{V.M.~Slepnev}{\psinp} \PL{VBLHEP}{}{V.M.~Slepnev + 4 pers.} \item \PS{Data analysis}{M.G.~Sapozhnikov}{\psinp} \PL{VBLHEP}{}{M.G.~Sapozhnikov + 3 pers.} \PL{BLTP}{}{V.G.~Kadyshevsky} \end{stage} \begin{intcoop} \mtab{Russia}{Moscow}{VNIIA} \mtab{}{}{RUSNANO} \end{intcoop} \TN{02--1--1093--2009/2012}{2}{\tsprg} { Development of High-Precision Straw Detectors} {V.D.~Peshekhonov } \TC{ Bulgaria, Germany, Georgia, Poland, Russia.} \TA Investigation and development of tracking straw detectors with different pressure of its gas mixture for applica\-tion in high luminosity accelerator experiments and for application in other fields. {\bf Expected main results in 2011: } \begin{itemize} \item Development of granulated straws with high pressure of gas mixture. \item Study of processes in the high pressure straws. \item Assembling and investigation of the prototype with 2 m. sq. of the sensetive area. \end{itemize} \begin{stage} \item[] \PS{STRAW}{V.D.~Peshekhonov}{\psinp} \PL{VBLHEP}{}{I.V.~Boguslavsky\\T.~Grigalashvili\\Yu.V.~Gusakov\\G.D.~Kekelidze \\V.M.~Lysan\\V.V.~Myalkovsky + 3 pers.\\E~Nazieva\\S.S.~Parzhitsky\\K.~Davkov\\V.~Davkov} \end{stage} \begin{intcoop} \mtab{Bulgaria}{Plovdiv}{PU} \mtab{Germany}{Dresden}{FZD} \mtab{Georgia}{Tbilisi}{TSU} \mtab{Poland}{Warsaw}{WUT} \mtab{Russia}{Moscow}{LPI RAS} \mtab{}{}{SINP MSU} \mtab{}{Protvino}{IHEP} \end{intcoop}