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Hadron Structure and QCD - 2016 (HSQCD'2016)

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PNPI NRC KI, Gatchina

PNPI NRC KI, Gatchina

B.P. Konstantinov Petersburg Nuclear Physics Institute of National Research Centre "Kurchatov Institute", Orlova Roscha 1, Gatchina, Leningrad region, 188300 Russia
Description

An international Conference "Hadron Structure and QCD" (HSQCD'2016) is organized by Petersburg Nuclear Physics Institute of National Research Centre "Kurchatov Institute", St. Petersburg State University, St. Petersburg Polytechnic University, V.A. Fock Institute of Physics, Institute of Physics of Slovak Academy of Sciences and Comenius University, Bratislava. It will be held on June 27 - July 1, 2016 at Gatchina, a picturesque southern suburb of St. Petersburg, especially wonderful in period of the famous white nights. Plenary and parallel sessions will be carried out at the site of Petersburg Nuclear Physics Institute NRC KI, Gatchina. The aim of this Conferences is to review the recent progress in the hadronic physics, QCD, the Standard Model and its generalizations.

The joint Conference unifies the series of two Conferences: "Hadron Structure" held in Slovakia from 1973, and "Hadron Structure and QCD" held in St. Petersburg from 2004. Now the joint Conference is carried out annually, in the odd years in Slovakia and in the even years in Russia. The first joint Conference HS’07 was held in Slovakia, 2007.

The physics topics of the Conference include:

  • perturbative QCD, DGLAP- and BFKL-evolutions
  • polarized and nonpolarized parton distribution functions
  • Pomeron, hard diffraction and small-x physics
  • heavy-ion collisions, quark-gluon matter
  • nonperturbative QCD, lattice computations, chiral model of hadrons
  • hadron spectroscopy, exotic states
  • physics of the LHC and future colliders
  • precision tests of the Standard Model, extensions of the Standard Model
  • neutrino physics

Main HSQCD'2016 website: http://hepd.pnpi.spb.ru/~hsqcd

hsqcd2016_agenda.pdf
hsqcd2016_timetable.pdf
Support
  • Monday 27 June
    • Registration: Conference Hall Lobby
    • Monday Morning: Opening Session
    • Lunch
    • Monday Afternoon
      • 4
        New approach in separate experimental determination of baryon EM form factors in time-like region
        Speaker: Stanislav Dubnicka (Institute of Physics)
        dubnicka_hsqcd16.pdf
      • 5
        Proton charge radius and the proton electromagnetic form factors
        Speaker: Erik Bartos (Institute of Physics of the Slovak Academy of Sciences)
        bartos_16_slides.pdf
      • 6
        Chiral imbalance in QCD and QCD inspired models
        Speaker: Alexander Andrianov (Saint Petersburg State University)
        Andrianov_HSQCD2016.pdf
    • Coffee
    • Monday Evening
    • Bus departure to Gatchina Pavel Palace
    • Gatchina Pavel Palace: Concert & Welcome Party
  • Tuesday 28 June
    • Tuesday Morning
      • 9
        Euler-Lagrange equations for effective high-energy theory in QCD and gravity
        Speaker: Lev Lipatov (Petersburg Nuclear Physics Institute)
        lipatov.pdf
      • 10
        Properties of the Discrete BFKL Pomeron
        Speaker: Douglas Ross (Southampton University)
        poles.wmv
        ross.pdf.pdf
      • 11
        BFKL Approach to Scattering Amplitudes
        Speaker: Alexander Prygarin (Ariel University)
        prygarinPNPI2016_HSQCD.pdf
      • 12
        On Hermitian separability of NLO adjoint BFKL eigenvalue in super Yang-Mills theory
        Speaker: Sergey Bondarenko (Ariel University)
        bondarenko.pdf
    • Coffee
    • Tuesday Morning
      • 13
        Manifestations for BFKL evolution effects at collider energies
        Speaker: Victor Kim (St. Petersburg Nuclear Physics Institute - PNPI, Gatchina)
        kim_hsqcd2016.pdf
        kim_hsqcd2016.pptx
      • 14
        Pair correlations in D-meson production at the LHCb within the framework of parton Reggeization approach
        Speaker: Anton Karpishkov (Samara State University)
        Karpishkov_D_meson_production.pdf
      • 15
        Towards NLO computations in the Parton Reggeization Approach

        The Parton Reggeization Approach (PRA) is the hybrid scheme of kT-factorization which combines the gauge-inveriant definition of hard-scattering matrix elements with Reggeized (off-shell) initial state partons, derived using L. N. Lipatov's effective theory for the Regge limit of QCD, and the Kimber-Martin-Ryskin scheme for the determination of unintegrated PDFs. The LO PRA description of multiscale observables, sensitive to the multiple hard emissions (dijet azimutal decorrelations, pT-spectra, polarization observables in Drell-Yan) was rather successful. However, the full NLO calculations are required to describe the observables, sensitive to soft emissions and to test the stability of the description w. r. t. NLO corrections.

        The issues of double-counting subtraction for the real NLO corrections, and rapidity divergences for virtual NLO corrections will be described in the talk. The different regularization schemes for rapidity divergences will be discussed. The application of the covariant regularization scheme by [A. S. Vera, M. Hentschinski, 2012] to the case of Reggeized quarks will be presented.

        Speaker: Maxim Nefedov (Samara State University)
        Nefedov_Saleev_NLO_PRA_Gatchina.pdf
      • 16
        Model for non-perturbative inputs for parton distributions in KT-Factorization
        Speaker: Boris Ermolaev (Ioffe Physical Technical Institute of Russian Academy of Scienc)
      • 17
        Recent highlights of Electroweak and QCD studies with the ATLAS detector
        Speaker: Evgenii Baldin (Budker Institute of Nuclear Physics (RU))
        talk.pdf
    • Lunch
    • Tuesday Afternoon
      • 18
        Latest Higgs Physics results from the ATLAS experiment
        Speaker: Adrian Buzatu (University of Glasgow (GB))
        BuzatuAdrianHSQCD_14.pdf
      • 19
        Search for new exotic phenomena with the ATLAS detector at the LHC
        Speaker: Mikhail Levchenko (B.P. Konstantinov Petersburg Nuclear Physics Institute - PNPI ()
        hsqcd2016-levchenko_v2.pdf
      • 20
        SUSY searches with the ATLAS detector
        Speaker: Andrea Di Simone (Albert-Ludwigs-Universitaet Freiburg (DE))
        disimone.pdf
    • Coffee
    • Tuesday Evening
      • 21
        Search for electron EDM
        Speaker: Victor Ezhov (PNPI NRC KI)
        Ezhov.pdf
        Ezhov.pptx
      • 22
        Composite Higgs sector from vector-like techni-QCD
        Speaker: Roman Pasechnik (Lund University)
        HSQCD16_Pasechnik.pdf
      • 23
        QCD uncertainties for new BSM neutral particles in GeV range
        Speaker: Dmitry Gorbunov (Russian Academy of Sciences (RU))
        HSQCD-2016.pdf
      • 24
        Quantum critical Higgs
        Speaker: Seung Joon Lee (Korea University (KR))
        HSQCD_QCH.pdf
  • Wednesday 29 June
    • Wednesday Morning
    • Coffee
    • Wednesday Morning
      • 29
        45-year-long way to the cold superdense baryonic matter
        Speaker: Stepan Chimanskii (Joint Institute for Nuclear Research (JINR))
        Shimanskiy_HSQCD 2016_29.06.2016.pdf
      • 30
        Search for new symmetries: self-similarity of strangeness production
        Speaker: Mikhail Tokarev (Joint Institute for Nuclear Research)
        HSQCD16_Tokarev_10.pdf
      • 31
        Pi0 production in Cu+Au collisions at 200 GeV with PHENIX
        Speaker: Sergey Zharko (SPbPU)
        zharko_hsqcd2016.pdf
      • 32
        HARDPING MC generator for proton and lepton collisions with nuclei
        Speaker: Daniil Suetin (SPbPU & PNPI NRC KI)
        HSQCQ2016_Suetin.pdf
    • Lunch
    • Wednesday Afternoon: Excursion to Kronstadt
  • Thursday 30 June
    • Thursday Morning
      • 33
        Non-Abelian vortex in four dimensions as a critical string on a conifold
        Speaker: Alexei Yung (Petersburg Nuclear Physics Institute)
        Yung.pdf
      • 34
        Gauge invariant approach to quark dynamics with polygonal Wilson lines
        Speaker: Hagop Sazdjian (University Paris-Sud)
        sazdjian-hsqcd16.pdf
      • 35
        Puzzling production of heavy flavored hadrons

        The masses of cryptoexotic pentaquarks with hidden beauty are estimated phenomenologically using the results by the LHCb collaboration which discovered recently the cryptoexotic pentaquarks with hidden charm [1]. The expected masses of the hidden beauty pentaquarks are about 10.8 GeV and 10.7 GeV in the limit of some kind of heavy quark symmetry [2]. The states with hidden strangeness considered in similar way have masses about 2.37 Gev and 2.30 GeV, by several hundreds of MeV higher than states discussed previously in connection with the relatively light positive strangeness pentaquark θ + [3, 4]. Empirical data on spectra of pentaquarks can be used to get information about quarkonia interaction with nucleons. The results obtained for the case of heavy flavors are in fair agreement with model of isospin (pion) exchange between flavored baryons and anti-flavored vector mesons, proposed by Karliner and Rosner, and in qualitative agreement with the bound state version of the chiral soliton model. The influence of the change of soliton dimension (squeezing) on the energy of quantized states is investigated.

        Speaker: Boris Kopeliovich (UTFSM)
        kopeliovich_hsqcd2016_abstract.pdf
    • Coffee
    • Thursday Morning
      • 36
        Measurement of the inelastic cross section at 13TeV
        Speaker: Sercan Sen (Istanbul Technical University (TR))
        HSQCD_2016_SercanSen.pdf
        sen_hsqcd2016_abstract.txt
      • 37
        Soft and Hard Diffraction at 7 TeV observed with CMS
        Speaker: Katerina Kuznetsova (B.P. Konstantinov Petersburg Nuclear Physics Institute - PNPI ()
        hsqcd16.pdf
      • 38
        Recent results on diffraction at HERA
        Speaker: Iakov Vazdik (Lebedev Physical Institute)
        vazdik23_rotated.pdf
      • 39
        Exclusive J/\psi process tamed to probe the low x gluon: power correction
        Speaker: Mikhail Ryskin (Petersburg Nuclear Physics Institute)
        psi-hsqcd.pdf
      • 40
        Two scales in Bose-Einstein hadron correlations
        Speaker: Mikhail Ryskin (Petersburg Nuclear Physics Institute)
        bec-hsqcd.pdf
    • Lunch
    • Thursday Afternoon
      • 41
        Simple estimates of the masses of pentaquarks with hidden beauty or strangeness
        Speaker: Vladimir Kopeliovich (INR RAS)
        Kopelio-PNPI-16.pdf
        Kopelio-PNPI-16.ppt
      • 42
        Legendre analysis of hadronic reactions

        Modern experimental facilities and detectors provide tremendous volume of detailed data. For double-hadron reactions, they are usually presented as a set of many panels for, e.g., angular distributions at many particular energies. Such presentation loses visuality, and its physical content may be extracted only through some model-dependent treatment. Instead, we suggest to use expansion into the Legendre series with a relatively small number of essential coefficients. This approach was applied in several experimental investigations and demonstrated its higher visualization. The talk presents some general properties of the Legendre coefficients which allow to extract physical information even without any model-dependent assumptions.

        Speaker: Yakov Azimov
        HSQCD16-azimov.pdf
      • 43
        The Bonn-Gatchina analysis of the pion-nucleon and photon-nucleon collision reactions
        Speaker: Andrey Sarantsev (Bonn University)
        sarantsev_2016.pdf
      • 44
        Search for light-quark exotics at GRAAL
        Speaker: Viacheslav Kuznetsov (Kyungpook National University)
        kuznetsov_hsqcd16.pdf
    • Coffee
    • Thursday Evening
      • 45
        High precision data on pion-proton elastic cross-section

        EPECUR experiment finished processing of pion-nucleon data recorded before the fire at the ITEP proton syncrotron in 2011. More than 9000 cross section data points with extraordinary accuracy of 1% are presented both for positive and negative pion scattering on protons in the energy range 820-1330 MeV/c. The data are arranged in 2 degree angular intervals with approximately 5 MeV/c energy step.

        Negative pion-proton results reveal hints to a narrow resonance-like structure near 1680 MeV. Possible explanations of such effect are discussed in the talk.

        A search for narrow structures was also performed in inclusive inelastic data with one or two charged tracks in the acceptance of the setup. Yet no effect of any significance is observed.

        Today EPECUR nearly finished preparations for the second stage of the experiment and is considering several possibilities for continuation of the experiment with medium energy pion beams.

        Speaker: Dmitry Svirida (ITEP)
        Svirida_epecur_hsqcd2016.pdf
        svirida_hsqcd2016_abstract.txt
      • 46
        Search for narrow resonances in pi p elastic scattering from the EPECUR experiment
        Speaker: Nikolay Kozlenko (PNPI NRC KI)
        Kozlenko_HSQCD2016.pdf
      • 47
        Mass spectra of singly bottom baryon Omega_b^- using the Hypercentral Constituent Quark Model

        The mass spectra of singly bottom baryon Ω−b is determined using the Hypercentral Constituent Quark Model [1]. We first determine ground state masses and then established the radial(L=0) and orbital (L=1,2,3) excited state masses. The confinement potential is assumed in the hyper central co-ordinates of the coulomb plus power potential for un- equal masses. We also introduced first order correction to the potential. Ω − b with quark content ssb has SU(3) 6 F symmetry. Our calculated mass spectra for Ω − b is obtained by varying potential index ν value from 0.5 to 2.0. Only ground state is found till now experimentally [2] m Ω − = 6048.8 ± 3.2 MeV with J P = b 1 + . 2 + Recent Lattice QCD re- sults [3] are m Ω − (1/2) + =6056(47)(20) MeV and m Ω − (3/2) =6085(47)(20) are close to b b our results m Ω − (1/2) + =6048 MeV and m Ω − (3/2) + =6086 MeV at potential index ν =1.0. b b Radially excited states are calculate for J P = calculated for 5 + 7 + 1 − 3 − 5 − 7 − 9 − , 2 , 2 , 2 , 2 , 2 , 2 2 1 + 1 + 3 + , 2 , 2 2 and orbitally excited states are at ν=1.0. We also plot Regge trajectory(M 2 → n) for higher excited states. We also compare our results with other theoretical models [4, 5, 6] and they are in good agreement.

        Speaker: Ajay Kumar Rai (Sardar Vallabhbhai Nat. Inst. of Technology-Surat)
        Ajay Rai_hsqcd.pdf
        rai_hsqcd2016_abstract.pdf
      • 48
        Spectroscopy and decay properties of D meson
        Speaker: Virendrasinh Kher (Polytechnic Maharaja Sayajirao Univ. of Baroda)
        kher.pdf
        kher.pptx
    • Neva boat trip
  • Friday 1 July
    • Friday Morning
      • 49
        Heavy Flavour results from the ATLAS experiment
        Speaker: Artem Maevskiy (M.V. Lomonosov Moscow State University (RU))
        ArtemMaevskiy_HSQCD2016_v2.2.pdf
      • 50
        Precision measurements with W and Z/gamma* bosons with the ATLAS detector
        Speaker: Nataliia Zakharchuk (Deutsches Elektronen-Synchrotron (DE))
        Zakharchuk_HSQCD2016.pdf
    • Coffee
    • Friday Morning
      • 51
        Nucleon structure studies at HERMES experiment
        Speaker: Vladislav Korotkov
        korotkov_hsqcd16.pdf
      • 52
        Analyzing New Physics in the semileptonic decay of B-meson into D-meson
        Speaker: Chien Thang Tran (JINR)
        Presentation-TranCT-HSQCD16.pdf
      • 53
        Leptonic B meson decays with emission of a photon in the final state
        Speaker: Anastasiia Kozachuk (M.V. Lomonosov Moscow State University (RU))
        Kozachuk_HSQCD2016.pdf
      • 54
        Fundamental fermions as compositions of massless preons: confinement mechanism beyond the standard model
        Speaker: Yuri Goncharov (SPbPU)
        Goncharov_Pages 87-99 of V. 285.pdf
    • Lunch
    • Friday Afternoon: Closing Session
      • 55
        Impact Factors for Reggeon-Gluon Transitions in the Infrared Region
        Speaker: Victor Fadin (Budker Institute of Nuclear Physics)
        Fadin.pdf
      • 56
        Differential equations approach to perturbative calculations
        Speaker: Roman Lee (Budker Institute of Nuclear Physics)
        LeeHSQCD2016.pdf
      • 57
        Gell-Mann--Low Equation for Nonabelian Gauge Theories
        Speaker: Dr Grigory Pivovarov (Russian Academy of Sciences (RU))
        Pivovarov_hs2016 copy.pdf
    • Coffee
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