Äîêóìåíò âçÿò èç êýøà ïîèñêîâîé ìàøèíû. Àäðåñ îðèãèíàëüíîãî äîêóìåíòà : http://theory.sinp.msu.ru/~qfthep04/form/old/index.dat.2003 Äàòà èçìåíåíèÿ: Mon Jan 26 12:39:13 2004 Äàòà èíäåêñèðîâàíèÿ: Tue Oct 2 00:58:06 2012 Êîäèðîâêà: Mac-cyrillic

Savrin|Victor|male|SINP MSU||||||||| | |||||||
Boos|Edward|male|SINP MSU|Leading Ressearcher|SINP MSU|Moscow|119992|Russia|+7....|+7....|boos@...|Top and Higgs |SM is great but has lot of problems |||||||
Troshin|Sergey|male|IHEP|Dr.|IHEP, Protvino, 142281 |Protvino, Moscow Reg.|142281|Russia|+7(096)7713710||troshin@mx.ihep.su|Regularities of DIS and VM production: transitory effects or early asymptotics? |We discuss recent HERA results on DIS and vector--meson electroproduction\\ $\gamma^*p\to Vp$ and demonstrate that universality of the initial and final state interactions responsible for the transition between the on-- and off--mass shell states allows to explain energy independence of the ratio of exclusive $\rho$ electroproduction cross section to the total cross section. We also predict explicit mass dependence of this ratio for other vector mesons. |||||||
Troshin|Sergey|male|IHEP|Dr.|IHEP, Protvino, 142281 |Protvino, Moscow Reg.|142281|Russia|+7(096)7713710||troshin@mx.ihep.su|Regularities of DIS and VM production: transitory effects or early asymptotics? |We discuss recent HERA results on DIS and vector--meson electroproduction\\ $\gamma^*p\to Vp$ and demonstrate that universality of the initial and final state interactions responsible for the transition between the on-- and off--mass shell states allows to explain energy independence of the ratio of exclusive $\rho$ electroproduction cross section to the total cross section. We also predict explicit mass dependence of this ratio for other vector mesons. |||||||
Kharzeev|Dmitri|male|BNL|Dr|Physics Department, Bldg 510A|Upton|NY 11973-5000|USA|1-631-3447231|1-631-3447561|kharzeev@bnl.gov|QCD and high energy nuclear physics | |September 6, 1963|Russia|||||
Kharzeev|Dmitri|male|BNL|Dr|Physics Department, Bldg 510A|Upton|NY 11973-5000|USA|1-631-3447231|1-631-3447561|kharzeev@bnl.gov|QCD and high energy nuclear physics |to be submitted |September 6, 1963|Russia|#|#|#|#|#
Faustov|Rudolf|male|SCC RAS|Chief of lab., prof.|Vavilov str. 40|Moscow|117967|Russia||1354071|faustov| Radiative decays of heavy quarkonia| |||||||
Yamamoto|Yasuo|male|Tsuru University|Professor|Tahara 3-8-1, Tsuru, Yamanashi|Tsuru, Yamanashi|402-8555|Japan|+81-554-43-4341|+81-554-43-4347|yamamoto@tsuru.ac.jp|YN and YY interactions and hypernuclei | |||||||
Shnir|Yakov|male|Physics Department|Dr.|Carl von Carl von Ossietzky University Oldenburg|Oldenburg |D 26111|Germany|(+49)-441-798-3098|(+49)-441-798-3201|shnir@marvin.physik.uni-oldenburg.de|The fate of the massless monopoles |The monopole solutions of the SU(3) Yang-Mills-Higgs theory are investigated. The spectrum of solutions includes both a normal `t Hooft-Polyakov configurations and the monopoles with non-Abelian unbrocken symmetry group. We obtain new solution which describes two monopoles on top of each other and investigate the transformation of this configuration into a massive fundamental monopole and magnetic cloud which surrounds it. |10.09.1959|Belarus||||4.09.2003|11.09.2003
Troshin|Sergey|male|Institute for High Energy Physics|Dr.|IHEP, Pobeda,1|Protvino, Moscow Reg.|142281|Russia|8(096)7713710||troshin@mx.ihep.su|Novel features in exclusive vector-meson production |It is shown that the universality of the initial and final state interactions responsible for the transition between the on-- and off--mass shell states allows to explain energy independence of the ratio of exclusive $\rho$ electroproduction cross section to the total cross section. It is demonstrated that the explicit mass dependence of the exponent in the power--like energy behavior of the cross-section obtained in the approach based on unitarity is in a quantitative agreement with the high--energy HERA experimental data. We discuss also HERA results on angular distributions of vector--meson production. |||||||
Galkin|Vladimir|male|Scientific Council for Cybernetics RAS|senior researcher|Vavilov Street 40|Moscow|117333|Russia|1354071|1354071|faustov@theory.sinp.msu.ru|Radiative and weak decays of $B_c$ meson | |||||||
Pirogov |Yuriy|male|IHEP|Professor||Protvino|||||pirogov@mx.ihep,su| | |||||||
Silenko|Alexander|male|Belarusian State University|Dr.|11 Bobruiskaya str.|Minsk|220080|Belarus|+375 17 2264220|+375 17 2265124|silenko@inp.minsk.by|Analysis and Verification of Relativistic Wave Equations for Spin-1 Particles |There are many relativistic wave equations describing an interaction of spin-1 particles (vector mesons) with an electromagnetic field. The majority of first-order equations are equivalent. The Stuckelberg equations include an additional scalar field and are not equivalent to others. Second-order forms of relativistic wave equations are also used. However, the problem of consistency of these equations takes place. Some equations lead to complex energy modes for particles in external fields. It has been proposed to derive spin motion equations and to compare them with the Bargmann-Michel-Telegdi equation in order to verify different spin-1 particle theories [1]. In this work more exact criterion is used. We compare the diagonalized Hamiltonian obtained as a result of the Foldy-Wouthuysen transformation with the Lagrangians found in Refs. [2,3] for particles with arbitrary spin. Use of these Lagrangians permits to take into consideration second-order terms in spin operators. The comparison shows the Corben-Shwinger equations (the first-order Proca equations with an additional term characterizing an anomalous magnetic moment) describe weak-field effects correctly. Some second-order relativistic wave equations are incorrect. The correct second-order equation for the Hamiltonian is derived. An inclusion of term characterizing an own quadrupole moment brings to serious difficulties. [1] A.J. Silenko, in Proceedings of the XVI International Workshop on High Energy Physics and Quantum Field Theory, ed. by M.N. Dubinin and V.I. Savrin (SINP MSU, Moscow, 2002), p. 374. [2] A.A. Pomeransky and I.B. Khriplovich, Zh. Eksp.Teor. Fiz. 113:1537 (1998) [JETP 86, 839 (1998). [3] A.A. Pomeransky and R.A. Sen'kov, Phys. Lett. B468, 251 (1999). |01 December 1950|Belarus|MP 0120144|01 December 2050|I do not need the visa|September 4|September 11
Andreev|Victor|male|Gomel State University|as. professor|Sovetskaya str. 104|Gomel|246699|Belarus|232-578253|232-578111|andreev@gsu.unibel.by|Electric polarizability of meson in relativistic Hamiltonian dynamics |The static electric polarizability of mesons is studied in the framework instant form of relativistic Hamiltonian dynamics. To evaluate the relativistic effects of the electric polarizability we apply the procedure that includes the analytic calculations of contributions by means of the perturbation theory and the variation method.|||||||
Cherednikov|Igor|male|BLTP JINR|Senior Researcher, PhD|Joliot-Curie, 6|Dubna|141980|Russia|+7 09621 63409|+7 09621 65084|Igor.Cherednikov@jinr.ru|Nonperturbative contributions to the quark form factor at high energy | |||||||
Illarionov|Alexei|male|Joint Institute for Nuclear Research|Senior Researcher|LHE, JINR|Dubna, Moscow region|141980|Russia|8(09621)64529|8(09621)65891|Alexei.Illarionov@jinr.ru|Small x behaviour of parton distributions. A study of higher twist effects. (in Collaboration with Jochen Bartels, Anatoli V. Kotikov and Gonzalo Parente) |e present an analytical parameterization of the QCD description of the small $x$ behaviour of parton distribution functions in the case of soft initial conditions. The contributions of twist-two and higher twist operators of the Wilson operator product expansion are taken into account. Higher twist terms are evaluated using two different approaches: BFKL-motivated one and renormalon-type one. The results based on renormalon-type higher twist contributions are in {\bf excellent} agreement with deep inelastic scattering experimental data from HERA. |||||||
Soloviev|Vladimir|male|IHEP|sns||Protvino|142281|RF|||soloviev@th1.ihep.su|Boundary conditions as Dirac constraints | |||||||
Sachwitz|Martin|male|DESY|Dr.|Platanenallee 6|Zeuthen|15738|Rep. Fed. of Germany|+49-33762-77448|+49-33762-77330|sachwitz@ifh.de| | |31.12.1949|German|||Berlin|4.9.2003|11.9.2003
NAKAZAWA|Kazuma|male|Gifu University|Associate Professor|1-1 Yanagido|Gifu|501-1193|Japan|+81-58-293-2249|+81-58-293-2207|nakazawa@cc.gifu-u.ac.jp|the nuclear double-strangeness achievments, perspectives, and problems [tentative] |I will submit this before Aug.1 |September 20, 1957|Japan|TE3602556|25 SEP 2006|Tokyo, Japan|Not yet decided.|Not yet decided.
Rijken|Thomas|male|University Nijmegen|Associate professor|Faculty of Science|Nijmegen|6525 ED|Netherlands|24-3652982|+31 24-3652120|rijken@sci.kun.nl| Recent Nijmegen BB-interactions| |8 november 1942|dutch|M19950557|11 june 2006|the Haque, The Netherlands|1 september 2003|15 september 2003
Rijken|Thomas|male|University Nijmegen|Associate professor|Faculty of Science|Nijmegen|6525 ED|Netherlands|24-3652982|+31 24-3652120|rijken@sci.kun.nl| Recent Nijmegen BB-interactions| |8 november 1942|dutch|M19950557|11 june 2006|the Haque, The Netherlands|1 september 2003|15 september 2003
Pavlovsky|Oleg|male|ITPM MSU|Dr.|119992, Institute for Theoretical Problems of Microphysics, Moscow State University, Moscow, Russia|Moscow|119992|Russia|(095)9392696|(095)9328820|ovp@goa.bog.msu.su|Chiral Born-Infeld theory and model of baryons. |Finite-energy topological spherically symmetrical solutions (Skyrmion-like solutions) and two-phase solutions ("bubble" solutions) of Chiral Born-Infeld Theory are studied. "Bubble" solutions are defined everywhere, except the little (~ 0.2 fm) spherical region about the origin. These solutions look like a "bubble" of vacuum in the chiral fields and are of interest for the chiral bag model of baryons Properties of these solution are obtained, and a possible physical interpretation is also given. |||||||
Bosio|Carlo|male|INFN |Dr.|INFN - Seziona roma1, Piazza Aldo Moro,2|Roma|I-00185|Italy|+390649914333|+390649914333|carlo.bosio@roma1.infn.it|The A M S 02 Experiment on the International Space Station|The Alpha Magnetic Spectrometer (AMS) is a particle physics experiment scheduled to be installed on the International Space Station at the end of 2005. The purpose of this experiment is: - to provide a high statistics measurement of charged particles and nuclei from 0.1 GeV to 1 TeV, - to provide a sensitive search for cosmic antimatter (antihelium) and dark matter, - and to study the properties of cosmic rays. |29 09 1941|Italian|351688 U|29 may 2005|Italy; Rome.|03 - 09 - 2003 ?|21 - 09 - 2003 ??
Jonsson|Leif|male|Lund University|Professor|Box 118|221 00 Lun d||Sweden|+46-46-222 7692|+46-46-222 3601|leif.jonsson@hep.lu.se|Not yet decided | |16 oktober 1943|Swedish|76 191133|8 august 2006|Copenhagen, Denmark|2 september 2003|12 september 2003
Frid Jonsson|Britt Mari|female|Lund University|Mrs.|Rapsvagen 12|236 34 Hollviken||Sweden|+46-46-453448||leif.jonsson@hep.lu.se| |I am accomanying spouse to prof. Leif Jonsson |28 november 1943|Swedish|23312293|31 may 2012|Copenhagen, Denmark|2 september 2003|12 september 2003
Illarionov|Alexei|male|Joint Institute for Nuclear Research|Senior Researcher|LHE, JINR|Dubna, Moscow region|141980|Russia|7(09621)64529|7(09621)65891; 65599; 65889|Alexei.Illarionov@jinr.ru|Small x behaviour of parton distributions. A study of higher twist effects. (In collaboration with J. Bartels, A.V. Kotikov and G. Parente)|We present an analytical parameterization of the standart QCD description of the small $x$ behaviour of parton distribution functions in the case of soft initial conditions. The contributions of twist-two and higher twist operators of the Wilson operator product expansion are taken into account. Higher twist terms are evaluated using two different approaches: BFKL-motivated one and renormalon-type one. The results based on renormalon-type higher twist contributions are in {\bf excellent} agreement with deep inelastic scattering experimental data from HERA. |||||||
Akhmetzyanova|Elza|female|Samara State University|student 5th|Dep. of Gen. and Theor. Phys., Samara State University, ak. Pavlov st. 1.|Samara|443011|Russia|(8462) 34-54-34|(8462) 34-54-17|elza_ily@rambler.ru|Higgs complex self-couplings in the THDM and CKM constraints |The influence of CKM constraints on complex parameters of CPV is analysed. Complex soft SUSY breaking parameters can induce explicit CPV radiatively and higgs mixing in the THDM, affecting higgs couplings with fermions and gauge bosons. |||||||
Bella|Gideon|male|Tel Aviv University|Dr.|Ramat Aviv|Tel Aviv|69978|Israel|972-3-6408377|972-3-6407932|bella@lep1.tau.ac.il|Electroweak Gauge Coupling Measurement at LEP |(I understand that this topic of my talk has been agreed upon with Dr. Pippa Wells. Please let me know if I should submit an abstract) |3/6/46|Israeli|8336368|26/1/2007|Tel Aviv, Israel|1/9/2003|20/9/2003
Ginzburg|Ilya|male|Sobolev Institute of Mathematics SB RAS|Prof|pr.ac. Koptyug,4|Novosibirsk|630090|Russia|(3832)332487|(3832)332598|ginzburg@math.nsc.ru|Charge asymmetry in $\gamma\gamma\to\mu^+\mu^-(or W\mu)+neutrinos$ with polarized photons. |Charge asymmetry in Charge asymmetry in mentioned reactions arises due to c-parity nonconservation in weak interaction. It can be used for study of New Physics effects. ||||||4.09|11.09
Sarycheva|Ludmila|female|SINP MSU|Professor|119992, Leninskie Gory, Moscow, RUSSIA|Moscow|119992|RUSSIA|7-095-9391257|7-095-9395888|lis@alex.sinp.msu.ru|Search for quark-gluon plasma at heavy ion collider experiments | |||||||
Tretyakova|Tatiana|female|FLNP|Dr.|JINR|Dubna Moscow reg|141980|Russia|||ttretyak@nf.jinr.ru| | |||||||
Dolgopolov|Mikhail|male|Samara State University|lector|Gen. and Theor. Phys. Dep., Samara State University, akad. Pavlov st.|Samara|443011|Russia|(8462) 34-54-34|(8462) 34-54-17|dolg@ssu.samara.ru|RG-improved parameters of THDM with explicit CP violation. |Effects of CP violation phases are investigated in supersymmetric models with explicit CP violation, induced in THDM from soft supersymmetry breaking sector. |||||||
Smirnov |Ilya|male|Samara State University|post-graduate student|Acad. Pavlova st., 1|Samara|443011|Russia|(8462)34-54-34|(8462)34-54-17|ismi@pochtamt.ru|Higgs bosons pair production in supersymmetric model with explicit CP violation. |Pair production of the lightest higgs bosons differential cross section in the gluon-gluon interaction in frameworks of the general two-Higgs-doublet model (THDM) are calculated. Comparative analysis with similar results received in frameworks of the minimal supersymmetric standard model (MSSM) is presented. It is shown that the differential cross section values received in frameworks of the THDM and the MSSM, in definite parameters regions are distinguished. |||||||
Philippov|Yuri|male|Samara State University|assistent |Gen. and Theor. Phys. Dep., Samara State University, akad. Pavlov st. 1|Samara|443011|Russia| (8462) 34-54-34|(8462) 34-54-17|yufilberg@pochtamt.ru|The trilinear Higgs boson self-caplings in MSSM: one-loop analysis |In the framework of MSSM trilinear Higgs boson self-caplings are considered with one-loop corrections. Analysis of this one-loop contributions is realised. |||||||
Shro|Oleg|male|Samara State University|assistant|1, Academician Pavlov str. |Samara|443011|Russian|+7 (8462) 34-79-92|+7 (8462) 34-54-17.|oshro@ssu.samara.ru|Semileptonic decays of heavy-light meson in the instant forms of Relativistic Hamiltonian Dynamics | |||||||
Boikova|Nataly|female|Saratov State Univercity|Russia|ul. Astrachanskaya 83|Saratov|410026|Russia|(8452)514676||theorphys@sgu.ru|On the method of precise calculations of energy levels of hydrogen-like atoms |On the method of precise calculations of energy levels of hydrogen-like atoms N.A.Boikova, Yu.N.Tyukhtyaev, R.N. Faustov Some positions of quasipotential method are generalized and completed, that makes it possible to calculate shifts of the energy levels with high accuracy. The contribution of order (á^6*m^2/M)*ln(M/m) by the recoil effects is calculated. |||||||
Kryukov|Alexander|male|SINP MSU|Dr.|Leninskie gory-1|Moscow|119992|Russia|939-2875|939-0397|kryukov@theory.sinp.msu.ru| | |||||||
Beylin|Vitaly|male|Rostov State University|s.s.r.|Sodruzhestva 37, apt.10|Rostov-on-Don|344103|Russia|(8632)24-88-65||vbey@ranbler.ru|MSSM parameters from astrophysics: neutralino and gamma-bursts | |||||||
Kuksa|Vladimir|male|Rostov State University|s.s.r.|Zorge 31, apt. 153|Rostov-on-Don|344103|Russia|(8632)20-28-74||kuksa@list.ru|Neutrino-neutralino resonanse reactions | |||||||
Shaparau|Valery|male|Institute of Physics of NASB|Staff Member|F. Skaryna Ave. 68|Minsk|220072|Belarus|375-17-2841020|375-17-2840879|shaporov@dragon.bas-net.by|Squeezed and entangled gluon states at the non-perturbative stage of QCD jet evolution |We study evolution of the gluon states and prove the possibility of existence of the gluon squeezed and entangled states at the non-perturbative stage of the jet evolution. Angular and rapidity correlations of these gluon states are studied. We demonstrate that these new states can have both sub-Poissonian and super-Poissonian statistics corresponding to antibunching and bunching of the gluons. |||||||
Shulyakovsky|Roman|male|Institute of Physics of Belarus National Academy of Science|scientific secretary|F.Scorina av.,68|Minsk|220072|Belarus|(37517) 2841750|(37517) 2840879|shul@dragon.bas-net.by|New Criteria of QCD-Instantons Search in Deep Inelastic Scattering |QCD-instanton-induced deep inelastic scattering is considered. Arbitrary quark multiplicity is studied in contrast with previous investigations taking into account only minimal required number of quarks. Poisson distribution on number of quark pairs is obtained in addition to fixed quark multiplicity. Predictions for hadron spectrum which is done by means of Monte-Carlo method is interested in connection with recent results on QCD-instanton search at HERA. |8.12.1972|Belarus|MP0470330|8.12.2017|Minsk, Belarus|3.09.2003|12.09.2003
Makhnatch|Victor|male|Institute of Physics NANB|junior scientific reseacher|prosp. F.Scoriny 68.|Minsk|220068|Belarus|||makh@dragon.bas-net.by|Quasianapole interaction of charged leptons. | |||||||
Shaparau|Valery|male|Institute of Physics of NASB|Staff Member|F. Skaryna Ave. 68|Minsk|220072|Belarus|375-17-2841020|375-17-2840879|shaporov@dragon.bas-net.by|Squeezed and entangled gluon states at the non-perturbative stage of QCD jet evolution |We study evolution of the gluon states and prove the possibility of existence of the gluon squeezed and entangled states at the non-perturbative stage of the jet evolution. Angular and rapidity correlations of these gluon states are studied. We demonstrate that these new states can have both sub-Poissonian and super-Poissonian statistics corresponding to antibunching and bunching of the gluons. |||||||
Kleshchevskaya|Svetlana|female|Saratov State University|assistant|Astrakhanskaya ul., 83|Saratov|410012|Russia|(8452)514676|(8452)278529|theorphys@sgu.ru|Logarithmic in the mass ratio contributions to the fine shift of the S levels in hydrogen-like atoms due to one-photon exchanges. |Logarithmic in the mass ratio contributions to the fine shift of the S levels in hydrogen-like atoms due to one-photon exchanges. N.A. Boikova, S.V. Kleshchevskaya, Yu.N. Tyukhtyaev, R.N. Faustov Information about logarithmic corrections by mass coefficient to the fine shifts of S energy levels in hydrogenÖlike atoms is generalized. |||||||
Nunko|Nicolay|male|Saratov State University|candidate of physicomathematical science, assistant professor|Astrakhanskaya ul., 83|Saratov|410012|Russia|(8452)514676|(8452)278529|theorphys@sgu.ru|On the problem of convergence of the pertubation theory series in the quasipotential method of calculating the hydrogen0like spectra.|On the problem of convergence of the pertubation theory series in the quasipotential method of calculating the hydrogen0like spectra. N.E. Nun'ko, S.V. Kleshchevskaya, Yu.N. Tyukhtyaev, R.N. Faustov Problems of perturbation theory convergence by fine structure constance connected with the account of logarithmic contributions by mass coefficient are considered. |||||||
Shcherbakova|Elena|female|Samara State University|student 5th|Dep. of Gen. and Theor. Phys., Samara State University, ak. Pavlov st. 1.|Samara|443011|Russia|(8462) 34-54-34|(8462) 34-54-17|fewral@inbox.ru|Higgs bosons production in the supersymmetric model with CP violation |Higgs bosons production at gluon-gluon collision and decay in a photon pair in the minimal supersymmetric model (MSSM) with explicit CP violation in the higgs sector are considered. It is shown that the essential suppression or increasing of the higgs decay modes occur in some regions of the MSSM parameter space that is of great interest for higgs registration on the LHC collider. |||||||
Suchkov|Sergey|male|Saratov State University|Professor|83,Astrakhanskaya street|Saratov|410012|Russia|7(8452)260977|7(8452) 278529|suchkov@sgu.ru|Anyon complex in high temperature superconductivity| |||||||
Saveliev|Valeri|male|Obninsk State University|Dr.|Notkestrasse 85|Hamburg|D-22607|Germany|49-40-8998-3276|49-40-8998-4306|saveliev@mail.desy.de|Monte Carlo Study of Standard Model Higgs for Future Linear Collider | |||||||
Shirokov|Andrey|male|SINP MSU|Senior research scientist|Institute for Nuclear Physics, Moscow State University|Moscow|119992|Russia |+7-(095)-9395586
|+7-(095)-9390896
|shirokov@nucl-th.sinp.msu.ru
| Inverse scattering tridiagonal potentials and few-nucleon systems|J-matrix version of inverse scattering approach is used to construct high quality non-local NN potentials. The potentials have a form of tridiagonal matrix in the oscillator basis that is very convenient for many-body shell model calculations of light nuclei. It is shown the triton and alpha particle binding energies obtained with suggested potentials, are very close to the phenomenological values. |||||||
Lanskoy|Dmitry|male|Institute of Nuclear Physics|researcher||Moscow|119992|Russia|939 19 59||lanskoy@sinp.msu.ru| | |||||||
Saleev|Vladimir|male|Samara State University|Professor|Pavlova, 1|Samara|443011|Russia|846-2-345434|846-2-345417|saleev@ssu.samara.ru|Charmonium production via fragmentation in k_t factorization approach | |||||||
Telnov|Valery|male|Budker Institute of Nuclear Physics|Professor|Institute of Nuclear Physics|Novosibirsk|630090|Russia|3832-394533|3832-342163|telnov@inp.nsk.su|Status of photon colliders | |||||||
Lipatov|Artem|male|Moscow State University|PhD student||Moscow||Russia|939-5079||lipatov@theory.sinp.msu.ru| | |||||||
Zotov|Nikolai|male|INP MSU|Leading Researcher||Moscow||Russia|939-5079||zotov@theory.sinp.msu.ru| | |||||||
Martynenko|Alexei|male|Samara State University|Professor|Acad.Pavlov, 1|Samara|443011|Russia|(8462)345434|(8462)345417|mart@ssu.samara.ru|Ground state hyperfine splitting in muonic hydrogen | |||||||
SAMUEL|JOHN OLAKUNLE|male|SAMDOYA LIMITED|MR|SAMDOYA@YAHOO.COM|LAGOS|2341|NIGERIA|2348033939397|23415873944||NO |NO |04/05/03|NIGERIA|A1690427|2007|LAGOS STATE NIGERIA|3/9/03|12/9/03
SAMUEL|JOHN OLAKUNLE|male|SAMDOYA LIMITED|MR|SAMDOYA@YAHOO.COM|LAGOS|2341|NIGERIA|2348033939397|23415873944||NO |NO |04/05/03|NIGERIA|A1690427|2007|LAGOS STATE NIGERIA|3/9/03|12/9/03
Rademacker|Jonas||||||||||| | |||||||
Rademacker|Jonas|male|University of Oxford|Postdoctorial Researcher (Dr)|Denys Wilkinson Bldg, Keble Road|Oxford|OX1 3RH|UK|+44-1865-273410|+44-1865-273418|j.rademacker1@physics.ox.ac.uk|LHCb: status and physics potential.| |16/05/1971|German|3560507615|04/09/2010|London, UK|04/09/2003|18/09/2003
Wacker|Jacob|male|Harvard University|Post-doctoral Researcher|Dept. Physics, 17 Oxford St.|Cambridge, MA|02138|USA|1-617-495-7963|1-617-496-0110|jgwacker@jay.harvard.edu|The Little Higgs|Little Higgs models are new models of TeV scale physics that have particles of the same spin cancel the the quadratic divergences to the Standard Model Higgs mass. The theory behind the models is explored and the what precision electroweak physics say about models.|04/12/1976|USA|085664092|09/02/2007|Boston, USA|01/09/2003|15/09/2003
Peressounko |Dmitri |male|RRC Kurchatov Institute|Physisist (Ph.D.) |Kurchatov sq.,1|Moscow|123182|Russia|+7 095 513 36 06|+7 095 882 58 04|Dmitri.Peressounko@cern.ch|Direct photon spectrum and direct photon interferometry at SPS and LHC. |Photons, emitted as a result of scattering of charged constituents in the hot and dense matter, created in the heavy ion collisions, can easily escape from it without rescattering and deliver direct information about the innermost and the hottest part of the collision. Spectrum and Bose-Einstein correlations of these direct photons can be used to extract space-time dimensions and dynamics of the hottest part of the collision and of its very beginning stage. However, contribution of direct photons to the total photon yield is only few percent (5-20 %, depending on Pt) of the total photon yield, while the dominating part of photons (decay photons below) comes from the decays of final hadrons, mainly neutral pions, so that extraction of the direct photon yield and especially direct photon correlations is a challenging experimental task. Fortunately, one can show, that there is a kinematik region, where one can separate correlations of direct and decay photons: for invariant relative momentum Qinv < 50 MeV/c decay photons do not contribute to the two-photon correlation function. In the frame of the hydrodynamic model I make predictions of the yield and correlation parameters of direct photons in Pb+Pb collisions at SPS and LHC energies. Within the same model I evaluate yield of decay photons and estimate possibility of extraction of direct photon correlations. I discuss sensitivity of direct photon interferometry to the variation of space-time dimensions and dynamics of the hot part of the system, created in the ultrarelativistic heavy ion collisions. |12 May 1972|Russian|XIII VL 581548|-|-|September 4|September 11
Tatiana|Moukhanova|female|RRC Kurchatov Institute|physisist (MS)|Kurchatov sq.,1|Moscow|123182|Russia|+7 095 513 36 06|+7 095 882 58 04|Tatiana.Moukhanova@cern.ch|Measurement of direct photon correlations in Pb+Pb collisions at LHC with ALICE/PHOS spectrometer. | Bose-Einstein correlations of direct photons provide an unique possibility to explore dynamics of the beginning stage of the ultrarelativistic heavy ion collision and evolution of the innermost part of the hot and dense system, created in these collisions. However, measurement of direct photon correlations in ultrarelativistic heavy ion collisions is a very challenging task. Strength of these correlations is expected to be on the level of 0.1-2 %, depending on average transverse momentum of the pair. Extraction of two-photon correlation function with such precision requires very detailed understanding of physical background, of properties of the detector and of performance of the reconstruction procedure. Using simulation and reconstruction software of ALICE experiment, AliRoot package, I estimate possibility of experimental measurement of Bose-Einstein correlations of direct photons by dedicated photon spectrometer of ALICE experiment, PHOS. I define resolutions in measurement of relative momenta, construct correlation function and define region, where correlation function is free from the apparatus effects. I found, that there is rather large region of relative momenta, where one can measure correlation function with sufficient accuracy and where errors, introduced by reconstruction procedure are negligible. |April 28, 1973|Russian||||September 4|September 11
Rusakova|Margarita|female|Samara State University|Quantum and classical electrodynamics of exotic and nonlinear systems|Moskovskoe shosse, 175-134|Samara|443087|Russia|(8462) 406215||margarita__@mail.ru|Two- and three-level atoms dynamics in finite Q-cavity |The finite cavity quality influence on dynamics of three-level atom with succession transitions is investigated. Rabi oscillations collapse and revival phenomena, bunching and untibunching effects are predicted in this work. We also considered multiphoton transitions in two-level model in finite-Q cavity with detuning and explored the influence of such a cavity onto system observable evolution. |26.10.1981|Russian|||||
Spaans|Edward|male|Retired|ACCOMPANIED BY MY WIFE: MARTHA SPAANS|947 Orchard Ave. SE|Grand Rapids|Michigan, 49506-3446|USA|(616)245-4674|NA|swampgod@aol.com|NA |NOTE -- NOTE ==>>> I WILL BE ACCOMPANIED BY MY WIFE: MARTHA SPAANS |Feb 20, 1939 --- Dec 16, 1936|USA --- USA|200113992 ---- 200113993|28 Mar 2009 ---- 28 Mar 2009|Chicago, Illenois|Sep 1, 2003|Sep 21, 2003
Schneekloth|Uwe|male|DESY|Dr.|Notekstrasse 85|Hamburg|22603|Germany|0049 40 89982007|0049 40 89983092|uwe.schneekloth@desy.de|Recent ZEUS Results | |08.10.1957|German|1325220779|09.04.2011|Hamburg, Germany|05.09.2003|12.09.2003
Weber|Thomas|male|Iowa state University|Professor of Physics(Emeritus)|Department of Physics and Astronomy|Ames Iowa|50011-3160|USA|515 294-6453|515 294-6027|taweber@iastate.edu|Analysis of the charge and point proton distribution of 3HE with minimal systematic error | |Jan.27, 1934|US|152280889|Feb/05|Washinton DC, USA|Aug.30|Sept.21
Weber|Gretchen|female|Iowa State University|Wife of Thomas Weber|Department of Physics and Astronomy|Ames Iowa|50011-3160|USA|515 294 6453|515 294-6027|taweber@iastate.edu| | |Aug.19, 1935|US|152282294|Feb/05|Washington DC, USA|Aug. 30|Sept. 21
Krutov|Alexander|male|Samara State University|Docent|Ac. Pavlov St, 1|Samara|443011|Russia|(8462)345434|(8462)345417|krutov@ssu.samara.ru|Relativistic Hamiltonian dynamics and electroweak properties of composite systems: modern trends. | |||||||
Ilyichev|Alexander|male|National Center of Particle and High Energy Physics|Senior researcher|Bogdanovich av. 153|Minsk|220040|Belarus|+375-172-32-60-75|+375-172-32-60-75|ily@hep.by|ESFRAD. FORTRAN code for calculation of QED corrections to polarized ep-scattering by the electron structure function methods.|The leading contributions in all orders and the nex-to-leading contribution in second order is applied to estimate model independent radiative correction to polarized ep-scattering. Numerical result for both elastic and deep inelastic events at the modern experiment kinematic conditions are presented. |||||||
Sinaiski|Ilya|male|Samara State University|postgraduated student|acad. Pavlov, 1|Samara|443011|Russian Federation|8462345434|8462345417|sinai@sama.ru|Exact solution of the one-atom maser model. (I.E. Sinaiski, A.V. Gorokhov)||||||||
Gorokhov|Alexander|male|Samara State University|associate professor|acad. Pavlov, 1|Samara|443011|Russian Federation|8462345434|8462345417|gorokhov@ssu.samara.ru|1)Exact solution of the one-atom maser model. (I.E. Sinaiski, A.V. Gorokhov) 2)Quantum fractals (A.V. Shaikin, A.V. Gorokhov)||||||||
SAMSONOV|VLADIMIR|male|Petersburg Nuclear Physics Institute|deputy director |PNPI|Gatchina|188300|Russia|(81271)-46217|(81271)-37916|samsonov@pnpi.spb.ru| Heavy Ions@ALICE| yes|||||||
SAMSONOV|VLADIMIR|male|Petersburg Nuclear Physics Institute|deputy director|PNPI|Gatchina|188300|Russia|(81271)-46217|(81271)-37916|samsonov@pnpi.spb.ru| Heavy Ions@ALICE| Yes should be submitted before August 1,2003||||||September 4, 2003|September 11, 2003
Troitsky|Vadim|male|Moscow State University|Professor|Vorobyevy Gory|Moscow|119899|Rissia|||troitsky@theory.sinp.msu.ru| (with A.Krutov from Samara) Relativistic Hamiltonian dynamics and electroweak properties of composite systems: modern trends| |||||||
Penaranda Rivas|Siannah|female|Max Planck Institut fuer Physik|Postdoctoral Position|Foehringer Ring 6|Muenchen|D-80805|Germany|+49 89 32354314|+49 89 32354304|siannah@mppmu.mpg.de| Some results on distinction of Higgs boson models| |||||||
Gorbachova|Irina|female|SamGU|student 5th course|akad. Pavlov st. 1|Samara|443011|Russia|(8462)34 54 34|(8462)34 54 17|Irinka_Friend@rambler.ru|Higgs Boson Production with CP violation at the å+åÖ collider | Two main processes with higgs production in future linear e+e- colliders are considered in this work. Cross-sections for this processes in Standard Model, Minimal Supersymmetry Standard Model with CP concerving and explict CP violation in Higgs sector has been calculated and analysed. In some regions of the MSSM parameter space substantial changes of the self-interaction vertices take place, leading to significant suppression or enhancement of the multiple Higgs boson production cross sections. |||||||
Jimbo|Masato|male|Tokyo Management College|Professor|625-1 Futamata|Ichikawa|272-0001|JAPAN|(+81) 47 328 6161 ex.410|(+81) 47 328 6163|jimbo@tmc-ipd.ac.jp|Recent activity of susy by Grace|(I am sorry, but we have to hold group meeting on it.) |20 January, 1957|Japanese|TE2809455|19 July, 2006|Moscow, Samara, Saratov, Volgograd|2 September, 2003|12 September, 2003 if possible to take airplane at 19:10 from Moscow, else 13 September, 2003
Aplin|Steven John|male|University of Portsmouth|PhD. Student|DESY Gb.3 Zi.121 Notkestr. 85|Hamburg|22607|Germany|+49 40 8998 4691|+49 40 8998 |aplin@mail.desy.de|||19.01.75|British|019034100|06.12.05|Hamburg|03.09.03|18.09.03
Pakhomova|Olga|female|Samara State University|postgraduate student|ul. Ak.Pavlova, 1|Samara|443011|Russia|(8462) 34-54-34|(8462) 34-54-17|pakhomova_olga@mail.ru|Bc->Ds antiD0 and Bc->Ds D0 decays in relativistic quark model|The decays Bc->Ds antiD0 and Bc->Ds D0 are well suited to extract the Cabibbo-Kobayashi-Maskawa angle \gamma through the amplitude relations because their decay widths are the same order of magnitude. In the b-c sector the decays B->D K and Bc->DD lead to squashed triangles which are therefore not so useful to determine the angle experimentally. Also are determined the rates for other nonleptonic Bc-decays and our results are compered with the results made in other approaches. |||||||
Ratnikov|Fedor|male|Rutgers University of New Jersey|Dr.|MS318 (RUTGERS), Fermilab|Batavia|60510|USA|(1)-(630)-840-8435||ratnikov@fnal.gov|CDF Results | |Jan, 28, 1963|Russia|||||
Levchenkova|Elena|female|Samara State University|post-graduate student|Ac. Pavlov St., 1|Samara|443011|Russia|(8-846-2)345434|(8-846-2)345417|biryukov@ssu.samara.ru|Relativistic description of the heavy-light meson weak decay. | |||||||
Nazarova|Natalya|female|Samara State University|graduating student|443011, c.Samara, st. Ac.Pavlov,1|Samara|846|Russia|34-54-34||www.ssu.samara.ru|The explicit violation of CP invariance in Higgs sector. |Two Higgs Doublet Model (THDM) with explicit CP violation, which allows to introduce new CP violating phases, besides phase of matrix CKM in Standard Model, is considered. For the first time were calculated the coefficients of interaction quarks with higgs bosons in the THDM tipe III. |||||||
Nazarova|Natalya|female|Samara State University|graduating student|443011, c.Samara, st. Ac.Pavlov,1|Samara|846|Russia|34-54-34||www.ssu.samara.ru|The explicit violation of CP invariance in Higgs sector. |Two Higgs Doublet Model (THDM) with explicit CP violation, which allows to introduce new CP violating phases, besides phase of matrix CKM in Standard Model, is considered. For the first time were calculated the coefficients of interaction quarks with higgs bosons in the THDM tipe III. |||||||
Nazarova|Natalya|female|Samara State University|graduating student|443011, c.Samara, st. Ac.Pavlov,1|Samara|846|Russia|34-54-34||www.ssu.samara.ru|The explicit violation of CP invariance in Higgs sector. |Two Higgs Doublet Model (THDM) with explicit CP violation, which allows to introduce new CP violating phases, besides phase of matrix CKM in Standard Model, is considered. For the first time were calculated the coefficients of interaction quarks with higgs bosons in the THDM tipe III. |||||||
Giokaris|Nikos|male|University of Athens|Associate Professor|IASA, P.O. Box 17214|Athens|10024|GREECE|30-210-7257533|30-210-7295069|ngiokar@cc.uoa.gr| Have been invited to give a talk on: "ATLAS: Detector Status and Physics Prospects"| |||||||
Nazarova |Natalia|female|Samara State University|post-graduate student|Ac. Pavlov St., 1|Samara|443011|Russia|(8-846-2)345434|(8-846-2)345417|biryukov@ssu.samara.ru|Explicit CP-violation in Higs sector| |||||||
Nazarova|Natalya|female|Samara State University|graduate|443011, c.Samara, st. Ac.Pavlov,1|Samara|846|Russia|34-54-34||tibet81@mail.ru|The explicit CP violation and Yukawa interactions.|Two Higgs Doublet Model (THDM) with explicit CP violation is considered. As a result of diagonalization Higgs potential in the local minimum in THDM with CP violation there are three neutral Higgs bosons, which are the mixed states of CP-even and CP-odd bosons in THDM with CP conservation. Absence of the certain CP parity by neutral Higgs bosons results in complex Yukawa couplings. These coefficients were calculated in models Yukawa interaction types II and III. |||||||
Tsirova|Irina|female|Samara State University|Dr. Tsirova I.S.|Ac. Pavlov str., 1|Samara|443011|Russia|(846-2-)34-54-34|(846-2-)34-54-17|tsirova@ssu.samara.ru|Tsirova I. S., Ter\"ohin D. G. Optical delta-like potential: construction and scattering calculations |We construct the complex delta-like potential. Results of quantum mechanical calculations are presented for inelastic scattering cross section of atom - diatom collisions. The results are compared with close-coupling calculations. |||||||
Sotnikova|Natalia|female|ComStrin|Manager|Profsoyuznaya str., 125/2|Moscow|117647|Russia|7 (095) 926 9019|7 (095) 926 9010|natalia_sotnikova@comstrin.ru| | |||||||
Akhmetzyanova|Elza|female|Samara State University|student 5th course|acad. Pavlov st. 1|Samara|443011|Russia|(8462)34-54-34|(8462)34-54-17|elza_ily@rambler.ru|(the second report) The process b-->sg with CP violation |The CP violation phases influence in the process b-->sg is analised in the frames of THDM.|||||||
Dolgopolov|Mikhail|male|Samara State University|lector|acad. Pavlov st. 1|Samara|443011|Russia|(8462)34-54-34|(8462)34-54-17|dolg@ssu.samara.ru|(The second report) The implications for supersymmetry masses from (g_\mu-2) |We calculate the leading order contribution to the anomalous muon magnetic moment in the minimal supersymmetry. Symbolic results in the basis of physical fields with arbitrary masses are derived. We demonstrate that in the limiting case of large ${\tt \tan}\beta$ and large degenerate sparticle masses in the loop diagrams our results coincide with the known results of previous publications. However, for different sparticle masses in the loop we observe large deviations from the case of degenerate sparticle masses. Some restrictions for sparticle masses are obtained using the BNL experimental data for the anomalous muon magnetic moment.|||||||
Vasin|Dmitriy|male|Samara State University|Post graduate student|Ac. Pavlov 1|Samara|443011|Russia|88462345434|88462345417|Vasin@ssu.samara.ru|Electroprodaction D mesons at high energies.| |||||||
Biryukov|Alexander|male|Samara State University|Professor|Ac. Pavlov St., 1|Samara|443011|Russia|(8-8462)345434|(8-8462)345417|biryukov@ssu.samara.ru|(with B.Danilyuk and R.A.Biryukov) Processes of the energy exchange in the nonlinear systems | |||||||
Danilyuk |Boris|male|Samara State University|Lecturer|Ac. Pavlov St., 1|Samara|443011|Russia|(8-8462)345434|(8-8462)345417|biryukov@ssu.samara.ru|(with A.Biryukov and R.Biryukov) Processes of the energy exchange in the nonlinear systems | |||||||
Biryukov|Roman|male|Samara State University|Lecturer|Ac. Pavlov St., 1|Samara|443011|Russia|(8-8462)345434|(8-8462)345417|biryukov@ssu.samara.ru|(with A.Biryukov and B.Danilyuk) Processes of the energy exchange in the nonlinear systems | |||||||
Tsirova|Natalia|female|Samara State University|Student|Ac. Pavlov St., 1|Samara|443011|Russia|(8-8462)345434|(8-8462)345417|ntsirova@ssu.samara.ru|(with A.Krutov) Asymptotic of the deuteron form factors| |||||||
Guenter|Dmitriy|male|Samara State University|Post Graduate Student|Ac. Pavlov St.1|Samara|443011|Russia|8846-2-345434|8 846-2 345417|Guenter@ssu.samara.ru|Handronic Production of doubly charmed Baryons via charm exitation in proton. | |||||||
Vernov|Sergey |male|SINP MSU|Junior scientific collaborator|119992, SINP MSU, Vorob'evy Gory, Moscow, Russia|Moscow|119992|Russia|+7(095)9395079|+7(095)9390397|svernov@theory.sinp.msu.ru|New Exact Solutions for the Generalized Henon-Heiles System.| |||||||
Rogacheva|Elena|female|Samara State University|associate professor|ul. Akad. Pavlova, 1|Samara|443011|Russia|8-462-347992||elena@ssu.samara.ru|Dynamics of operators' mean values in some quantum optics models| |||||||
Volobuev|Igor|male|SINP |leading researcher||||||||The Randall-Sundrum model as it is. | |||||||
Volobuev|Igor|male|SINP |leading researcher||||||||The Randall-Sundrum model as it is. | |||||||
tchuvl|Yurii|male|SINP MSU|leading researcher|Vorob'evy Gory, MSU, SINP|Moscow|119992|Russia|(095)939-49-05|(095)939-08-96|tchuvl@nucl-th.sinp.msu.ru|Tchuvil'sky Yurii. Alpha-condensate in nuclear matter at normal density |abctract |||||||
Timmermans|Johannes|male|NIKHEF Amsterdam|Dr.|CERN/EP division|Geneva 23|1211|Switzerland|+41.22.767.6738|+41.22.782.3084|jan.timmermans@cern.ch|Recent LEP2 results| I could give a talk on recent (final) LEP2 results, the topics depending on other participants proposals. Please inform me of proposed LEP2 talks.|08 March 1945|Dutch|NE3239309|19 May 2008|Geneva, Switzerland|3 September 2003|12 September
Efimov|Garii||Joint Institute for Nuclear Research|Professor|141980 Dubna JINR LTP |Dubna|1419890|Russia|8-09621 65134|09621 65084|efimovg@thsun1.jinr.ru|1. On the ladder Bethe-Salpeter equation 2. Blokhinsev and nonlocal quantum field theory| |||||||
Osland|Per|male|University of Bergen|Professor|Allegaten 55|Bergen|5007|Bergen|+47 55 58 27 68|+47 55 58 94 40|per.osland@fi.uib.no|CP violation in the Two-Higgs-Doublet Model|We discuss CP violation in top-antitop production at the LHC, induced by gluon fusion and final-state Higgs exchange. Results by Bernreuther and Brandenburg are confirmed and further reduced. The lepton energy asymmetry is studied in detail in explicit Two-Higgs-Doublet Models with near-maximal mixing in the neutral Higgs sector. Unless there is only one light Higgs particle, and unless (in Model II) tanbeta < 1, the CP-violating effects are very small, possibly too small to be seen at the LHC. |10 January 1943|Norwegian|I send this tomorrow|I send this tomorrow|Oslo|please advise me|please advise me
Koerner|Juergen|male|University of Mainz|Professor|Institut f\"ur Physik, Universit\"at Mainz|Mainz|D-55099 Mainz|Germany|(49)-6131-3923276|(49)-6131-3924611|koerner@thep.physik.uni-mainz.de|Complete O(\alpha) solution of the the \mu-decay problem |I discuss the O(\alpha) radiative corrections to the unpolarized and the four polarized spectrum and rate functions in the leptonic decay of a polarized \mu into a polarized electron, where the mass of the electron is kept. In the m_e \rightarrow 0 limit I discuss the role of of the O(\alpha) anomalous helicity flip contribution of the final electron which survives the m_e \rightarrow 0 limit. I also discuss applications to the leptonic \tau-decays. |09.04.1939|German|2172910811|08.09.2007|Bonn, Germany|04.09.2003|12.09.2003
andrianov|alexandr|male|SPb University, Russia & INFN,Bologna,Italia |head of lab, SPbU & dirigente di ricerca, INFN|NIIF, 1,ul. Ulianovskaya|St.Petersburg|198504|Russia|812-4284553|812-4287240|andrianov@bo.infn.it|Light particle trapping on the fermion-induced domain wall |A possible explanation for the appearance of light fermions and Higgs bosons on the four-dimensional domain wall is proposed. The mechanism of light particle trapping is accounted for by a strong self-interaction of five-dimensional pre-quarks. We obtain the low-energy effective action which exhibits the invariance under the so called $\tau$-symmetry. Then we find a set of vacuum solutions which break that symmetry and the five-dimensional translational invariance. One type of those vacuum solutions gives rise to the domain wall formation with consequent trapping of light massive fermions and Higgs-like bosons as well as massless sterile scalars, the so-called branons. The induced relations between low-energy couplings for Yukawa and scalar field interactions allow to make certain predictions for light particle masses and couplings themselves, which might provide a signature of the higher dimensional origin of particle physics at future experiments. The manifest translational symmetry breaking, eventually due to some gravitational and/or matter fields in five dimensions, is effectively realized with the help of background scalar defects. As a result the branons acquire masses, whereas the ratio of Higgs and fermion (presumably top-quark) masses can be reduced towards the values compatible with the present-day phenomenology. Since the branons do not couple to fermions and the Higgs bosons do not decay into branons, the latter ones are essentially sterile and stable, what makes them the natural candidates for the dark matter in the Universe. |||||||
Alekseev|Aleksey|male|Institute for High Energy Physics|Chief Scientific Staff Member|Theoretical Physics Division|Protvino|142281|Russia|(0967)713575|(0967)744937|alekseev@mx.ihep.su|The development of the methods for precise calculation of the analytic QCD running coupling |The QCD analytic running coupling $\alpha_{\mathrm{an}}$ which has no nonphysical singularities for all $Q^2>0$ is considered for the initial perturbation theory approximations up to four loop order. The finiteness of the analytic coupling at zero is shown to be a consequence of the asymptotic freedom property of the initial theory. The nonperturbative contributions to the analytic coupling are extracted explicitly. For all $Q>\Lambda$ they are represented in the form of an expansion in inverse powers of Euclidean momentum squared. The effective method for a precise calculation of the analytic running coupling is developed on the basis of the stated expansion. The energy scale evolution of the analytic running coupling for the one- to four-loop cases is studied and the higher loop stability and low dependence on the quark threshold matching conditions in comparison with the perturbative running coupling were found. Normalizing the analytic running coupling at the scale of the rest mass of the $Z$ boson with the world average value of the strong coupling constant, $\alpha_{\mathrm{an}}(M_Z^2)=$ $0.1181\pm 0.002$, one obtains as a result of the energy scale evolution of the analytic running coupling $\alpha_{\mathrm{an}}(M_\tau^2)=$ 0.2943$^{+0.0111}_{-0.0106}$ that is notably lower than the estimations of the coupling strength available at the scale of the mass of the $\tau$ lepton. |||||||
Shil'dyaeva|Nina|female|NIIF, SPbU|Head of my life, researcher|NIIF, 1,ul.Ulianovskaya|St.Petersburg|198504|Russia|812-4287220|812-4287240|geminis@EA8096.spb.edu|25 (happy) years with Andrianov | |||||||
Osland|Per||University of Bergen||||||||| | |10 January 1943|Norwegian|95 J0687986-35|23 May 2005|Oslo|in time to catch train|after return by train
Firoozabadi|Mohamad mehdi|male|Birjand University|lecturer (Ph.D)|department of physicsBirjand university, Birjand, Iran|Birjand||Iran|+98 561 2227041|+985612225520|mfiroozabadi@birjand.ac.ir| subthreshold meson production|Subthreshold kaon production in proton nucleus collisions. Double differential cross sections for subthreshold and near threshold production of kaon with momentum range 0.7 - 1.15 GeV/c, at angle 10.5 degree on Be and Cu targets had bean measured. |11/6/ 1958|Iran|c 2049624|2005|Tehran, Iran| It will be define later|
Fabbri|Franco Luigi|male|Laboratori Nazionali di FRASCATI |Prof.|Via E. Fermi|Frascati|I-00044|ITALY|393299641183||franco.fabbri@lnf.infn.it|||25 Jan 1940|Italy|||Roma|not jet know|not jet know
Fabbri|Franco Luigi|male|Laboratori Nazionali di FRASCATI |Prof.|Via E. Fermi|Frascati|I-00044|ITALY|393299641183||franco.fabbri@lnf.infn.it|||25 Jan 1940|Italy|||Roma|not jet know|not jet know
SHIRKOV |Dmitry |male|JINR|Academik,Hon.Director Theor.lab|Joliot-Curie 6|Dubna|141980|Russia|(09621)65088, 62262|(09621)65084|shirkovd@thsun1.jinr.ru|Quantum Chromodynamics in the Hadronization and Infrared regions |Review of fresh results obtained by numerical lattice simulation and by approximate solving of truncated Dyson-Schvinger eqs. and their interpretation. |||||||
SHIRKOVA|Svetlana|female|JINR|wife of D.V.Shirkov|Flerove 7-1|Dubna|141980|Russia|(221)62262||| | |||||||
SHIRKOVA|Svetlana|female|JINR|wife |Flerove 7-1|Dubna|141980|Russia|(221)62262||| | |||||||
test|test|male|unknown||||||||kryukov@theory.sinp.msu.ru| | |||||||
SHIRKOVA|Svetlana|female|pensionare||||||||shirkovd@thsun1.jinr.ru| | |||||||
Zacek|Josef|male| Charles University|doc dr|V Holesovickach 2|Prague|18000|Czech Republic|221912439|22191|zacek@mail.desy.de|Recent results from H1 | |1.12.1944|czech|1344911| 5th of December 2004|Prague, Czech Republic|3/9|12/9
Smolyakov|Mikhail|male|Moscow State University|Post-graduate student|Sireneviy blvd., 64/31-83|Moscow|105484|Russia|(095) 9393572||smolyakov@theory.sinp.msu.ru| The physical Degrees of freedom of the RS2 model.| The physical boundary conditions at infinity for menric fluctuations in the RS2 model with matter on the brane were analyzed. Due to these boundary conditions the radion field cannot be gauged out in this case. Thus, it represents a physical degree of freedom of the model. |||||||
Mazur|Alexandr|male|Khabarovsk state university of technology|associate professor|680035 Khabarovsk, Tikhookeanskaya, 136|Khabarovsk|4212|Russia|(4212) 74 46 02|(4212) 73 16 60|mazur@khb.ru|Description of hypernuclei production in J-matrix method. |The multichannel $J$-matrix formalism allowing for the single-particle (proton, neutron or/and $\Lambda$) continuum, was developed. This approach was utilized in shell model calculations of $^{16}_{\Lambda}$O, $^{12}_{\Lambda}$C and $^7_{\Lambda}$Li hypernuclei and hypernucleus production reactions $(K,\pi)$ and $(\pi,K)$. The nucleon decay channels were shown to play an important role in formation of hypernucleus properties. |||||||
Kubyshin|Yuri|male|SINP|Senior researcher||MOscow|||939 35 72||kubyshin@theory.sinp.msu.ru|Time variation of fundamental constants: experimental bounds and theoretical predictions. |We outline the status of the possible time variation of fundamenta constants of nature. The main observational constraints on the variation of the gravitational Newton constant and the fine structure constant and some theoretical schemes leading to the prediction of such variation (multidimensional models, string theories and other alternatives) are reviewed. Dirac's arguments that initiated the consideration of time varying couplings is also briefly discussed.|||||||
Zaytsev |Sergei|male|Khabarovsk state university of technology|associate professor|680035, Khabarovsk, Tikhookeanskaya,136|Khabarovsk|4212|Russia|(4212) 35 83 42||zaytsev@mail.khb.ru|Multi-channel inverse scattering problem in the J-matrix approach. |We have considered the S-matrix corresponding to the separable potentials with the Laguerre form factors. Using the analytical properties of the S-matrix as the base a set of the inverse scattering problem equations has been obtained within the J-matrix approach. This method is appropriate in the case of a multi-channel inelastic scattering. |||||||
Ratis|Yuri|male|Aerospace University|Head of chair|Moskow str.,34|Samara|443086|Russia|+7(8462)422471||ratis@samtel.ru|||||||||
Bashkirov|Eugene|male|Samara State University|Docent|1 Academic Pavlov Str.|Samara|443011|Russia|88462-345434|88462-345417|bash@ssu.samara.ru|Collective dynamics of two three-level atoms in finite-Q cavity|The evolution of two three-level atom interacting with two mode of quantum electromagnetic field in nonideal cavity has been considered. The time behaviour of the atomic level populations, mean photon numbers and intensities of radiation in two modes have been investigated.|||||||
Gnilozub|Irina|female|SINP MSU||||||||gnilozub@theory.sinp.msu.ru| Alpha-condesate in nuclear matter at normal density| |||||||
Moenig|Klaus|male|DESY|Dr|Platanenalle 6|Zeuthen|15738|Germany|+49 33762 77271|+49 33762 77330|moenig@ifh.de| Physics at a next generation linear collider| |26.12.1960|German|2484283007|24.11.2008|Berlin/Germany|4.9.03|12.9.03
||||||||||||%0d%0a|%0d%0a|||||||
Guryanova|Lena|female|Samara State Pedagogical University|Assistent of the Theoretical Physics Department|250 room, 25 Bluhera Street (students hostel)|Samara|443090|Russia|(8462) 640-396|(8462) 640-378|vik@zms.ru|Minimal Time Interval and Classical Reaction of Radiation by Guryanova Lena Assistant of Theoretical Physics Department Samara State Pedagogical University |Minimal Time Interval and Classical Reaction of Radiation by Guryanova Lena Assistant of Theoretical Physics Department Samara State Pedagogical University Abstract In classical mechanics a sufficiently small but finite time interval Ã?ÃäÄj0 is proposed to consider instead of infinitesimal time interval or own time interval Ã?ÃäÄ_0. The infinitesimal Lorentzœs transformation is used for deriving a motion equation of a material point. This transformation corresponds a transition from the Inertial Frame of Reference with the fourth speed UÃÅ motion to the Frame of Reference with the following speed UÃÅ + dUÃÅ , where : dUÃÅ = (UV dUÃÅ - UÃÅ dUV)UV. Therefore the Lorentzœs transformation written in the form of finite differences: Ã?UÃÅ = (UV Ã?UÃÅ - UÃÅ Ã?UV)UV and as a result of making a substitution of expression below in it: reduces to correct form of motion equation for a charged particle in the external field of forces with the account of radiation reaction and definite choice of Ã?Ãä interval quantity. Taking into consideration further components in the second equation of Ã?UV value and beginning from the third term it makes a possibility of receiving some additional and rather small components in the expression of radiation reaction of a charged particle. One hypothesis supposition is discussed, that such a modified expression of radiation reaction is much more better in conformity with reality and alloys to explain some obvious exceeding in the experimental quantity of the Stephan-Boltzmannœs constant in comparison with its theoretical value which is deduced by integration with respect to the frequencies of the Plankœs expression for heat electromagnetic radiation density. |||||||
Vinnik|Dmitry Vladimirovich|male|Saratov State University|aspirant||Saratov||Russia|||smol@sgu.ru|Vacuum particle creation in superstrong fields of X-ray lasers | |||||||
S.V.Il'in|Sergei Vadimovich|male|Saratov State University|Teacher||Saratov||Russia|||smol@sgu.ru|The guark kinetic equation in strong gluon fields | |||||||
Tarakanov|Alexander Victorovich|male|Saratov State University|Dozent||||Russia|||smol@sgu.ru|The role of Schwinger mechanism in formation of magnetar magnetosphere | |||||||
Lavkin|Alexander Grigorjevich|male|Saratov State University|Dozent|||||||smol@sgu.ru|On the SU(2) Yang-Mills fields turbulence at the thermal and quantum fluctuations | |||||||
Gangnus|Yuriy Sergeevich|male|Saratov State University|Dozent|||||||smol@sgu.ru|Soliton solution of relativistic KdV equation | |||||||
Martinovich|Ivan Alexandrovich|male|Saratov State University|aspirant|||||||smol@sgu.ru|Vacuum particle creation in non-stationary Casimir bag | |||||||
Zaiko|Yuriy Nikolaevich|male|Saratov State University|Dozent||Saratov||Russia|||smol@sgu.ru|Quantum model of ntermittence | |||||||
Kleshchevskaya|Svetlana |female|Saratov State University|aspirant||Saratov||Russia|||derbov@sgu.ru|Logarithimic in the mass ratio contributions to fine shift of S-levels in hydrogen-like atoms due to the one-photon exchanges| |||||||
Nyun'ko|Nikolay Evgenievich|male|Saratov State University|Dozent||Satarov||Russia|||derbov@sgu.ru|On the problem of convergence of the perturbation theory series in the quasipotential method of calculating the hydrogen-like spectra| |||||||
Rogacheva|Elena|female|Samara State University|associate professor|ul. Akad. Pavlova, 1|Samara|443011|Russia|8-462-347992||elena@ssu.samara.ru|Dynamics of operators' mean values in some quantum optics models |Dynamics of two-level atom interacting with a quantized photon cavity mode are investigated by techniques of operators' mean values. Subsystems have a symmetry groups: SU(2) for atomic component and W(1) for field component. Dynamical equations for mean values of their generators are derived and system behaviour are analyzed. Further generalizations - on cases of many atoms and multiquantum transitions are discussed.|||||||
Melnikov|Leonid|male|Saratov State University|professor, vice-rector for research work|83, Astrakhanskaya street|Saratov|410012|Russia|(8452) 518526|(8452) 278529|lam@sgu.ru|LASER-ASSISTED ANTIHYDROGEN PRODUCTION IN TRAPS by L.A.Melnikov and M.V.Ryabinina (plenary talk at Saratov session) |In connection with recent achievements of ATHENA project in CERN, laser-assisted processes of recombination of antihydrogen in traps are considered including polarization and nonlinear phenomena. Ultra-short polarized pulses are shown to cause new effects compared with CV readiation. |||||||
Romanova|Elena|female|Saratov State University|Dr|Astrakhanskaya, 83|Saratov|410026|Russia|+7(845) 2 515195|+7(845) 2 278529|romanova@optics.sgu.ru| Spatiotemporal dynamics of high-intensity femtosecond pulses in non-linear dielectric waveguides | In this work, we present a detailed scenario of spatiotemporal dynamics of the femtosecond pulses with high peak intensities in optical waveguides with the third-order non-linearity embedded. The structures of our interest are planar and cylindrical waveguides (with infinite parabolic and step-like profile of the refractive index) consisting of segments exhibiting different non-linear properties (structures with spatially distributed Kerr-like non-linearity). Our analysis is based on numerical solution of the (2+1)non-linear wave equation for the slowly varying pulse amplitude. Contribution of self-steepening and normal dispersion effects as well as of the retarded non-linear response of the waveguide material are analysed separately in detail. |||||||
Sarycheva|Ludmila|female|MSU|Professor|Leninskie Gory, SINP MSU|Moscow|119992|Russia|7-095-9391257|7-095-9395888|lis@alex.sinp.msu.ru| Some Aspects of Analysis and Interpretation of Heavy Ion Collisions at CMS Experiment |The various aspects of heavy ion physics and methods to investigate quark-gluon plasma at LHC are discussed. |||||||
Baranov|Sergey|male|Lebedev Institute of Physics|Senior Researcher|53 Lenin avenue|Moscow|119991|Russia|(095) 1326317|(095) 1326567|baranov@sci.lebedev.ru|Quarkonia production phenomena in the light of the kt-factorization approach |An overwiew regarding the production of various quarkonia states (J/psi, Chi_c, Upsilon) in pp and ep collisions at high energies (Tevatron, HERA). The state of the art of the kt-factorization approach will be presented, including the discussion of its advantages and shortcomings, the origin and the size of possible uncertainties, and so on. As well, a comparison between theoretical predictions and a wide body of experimental data will be shown. Special attention will be given to the quarkonia polarization properties.|19.11.1956|Russian|44 N 4614048|29.01.2005|Home|04.09.2003|11.09.2003
boogert|stewart|male|university college london|dr|department of physics and astronomy, University college london, gower street|London|WC1E 6BT |UK|+44(0)2076793454|+44 (0)20 7679 7145|sboogert@hep.ucl.ac.uk|Measurement of the luminosity spectrum at a future linear collider| |27/01/1976|british|||london|4/09/2003|12/09/2003