XI-th International School "PARTICLES and COSMOLOGY"

April 18 - 24, 2001

Baksan Valley, Kabardino-Balkaria, Russian Federation



It is a view of the oncoming School residence, the hotel Cheget, taken from slopes of the mountain having the same name.

Our talks will be enjoyed at various sessions right there (see the program in its tentative form below here).



PRELIMINARY PROGRAM



April 18, Wednesday.

Morning Session. 10:00 - 13:30

  1. *** Opening and Welcome Addresses.

  2. LIDVANSKY Alexander S. (INR, Moscow). A. E. Chudakov: His Life in Science.
    30 min.
Break.

  1. PAGLIARONE Carmine E. (INFN, PISA / CDF Collaboration). CDF: Status Report and Recent Results.
    45 min.
  2. TESHIMA Masahiro (ICRR, University of Tokyo). AGASA Results and Telescope Array.
    45 min.
Lunch.

Evening Session. 16:00 - 19:30

  1. KUBYSHIN Yuri A. (INP, Moscow State University). Models with Extra Dimensions and Their Phenomenology: Part I.
    45 min.
  2. LUKASH Vladimir N. (ASC, Lebedev Physical Institute). Cosmological Parameters from LSS and CMB Observational Data.
    45 min.
Coffee Break.
  1. KIRPICHNIKOV Igor V. (ITEP, Moscow). Double Beta Decay Search.
    30 min.
  2. STODOLSKY Leo (MPI für Physik, München). Neutrino Flight Times in Cosmology.
    40 min.
  3. PARA Adam (Fermilab, Computing Division). Neutrino Masses and Oscillations.
    35 min.

April 19, Thursday.

Evening Session. 16:00 - 19:35

  1. KURP Izabela (Andrzej Soltan INR, Lodz). Hadronic Collisions at Very High Energy.
    25 min.
  2. PETKOV Valery B. (Baksan Neutrino Observatory, INR). Search for Gamma-Ray Bursts at Photon Energies E > 10 GeV.
    25 min.
  3. SZABELSKI Jacek (Andrzej Soltan INR, Lodz). High-Energy Cosmic Gamma Ray Registrations (from MeV to 100 TeV).
    25 min.
  4. KUDJAEV Alexander U. (Baksan Neutrino Observatory, INR). Detection of Super-High Energy Gamma Rays from Markarian 501 with Baksan Air Shower Array.
    25 min.
Coffee Break.
  1. VAZQUEZ Ricardo (Univ. de Santiago de Compostela). Horizontal Showers.
    25 min.
  2. PETRUKHIN Anatoly A. (MEPhI, Moscow). Problem of the Knee and Very High Energy Muons.
    25 min.
  3. MASE Keiichi (ICRR, University of Tokyo). A Search for Cosmic String.
    25 min.
  4. KHAERDINOV Nail S. (Baksan Neutrino Observatory, INR). Effect of Atmospheric Electrical Fields on the Secondary Particle Intensity of Cosmic Rays.
    25 min.
Dinner.

Late Evening Session. 21:00 - 22:30

  1. MOTTOLA Emil (Los Alamos National Laboratory). A Solution to the Cosmological Constant Problem: An Infrared Conformal Fixed Point for 4D Gravity.
    30 min.
  2. TROITSKY Sergei V. (INR, Moscow, and Lausanne Univ.). Neutrino in Models with Extra Dimensions.
    20 min.
  3. BEZRUKOV Fedor L. (INR, Moscow). Instanton-Like Processes in High Energy Collisions.
    20 min.
  4. KUZNETSOV Alexander V. (Yaroslavl State University). Neutrino-Photon and Photon-Photon Processes as Manifestations of the Three-Vertex Loop in a Strong Magnetic Field.
    20 min.

April 20, Friday.

Morning Session. 09:30 - 13:50

  1. CHEREPASHCHUK Anatoly M. (Sternberg Inst., Moscow State University). Wolf-Rayet Stars and Gamma-Ray Bursts.
    35 min.
  2. NAKAHATA Masayuki (ICRR, University of Tokyo). Recent Results from Super-Kamiokande.
    45 min.
  3. GORBACHEV Valery V. (Baksan Neutrino Observatory, INR). SAGE - Results and Present Status.
    30 min.
Coffee Break.
  1. CATTADORI Carla (INFN, Gran Sasso). Experimental Program of GNO, and Data Interpretation of Gallium Experiments.
    45 min.
  2. NEDER Hermann (MPI für Kernphysik, Heidelberg). Status Report of BOREXINO.
    30 min.
  3. SARAYEVA Tatyana O. (Phys. Power Engin. Inst., Obninsk). An Argon-37 Artificial Neutrino Source: Status and Schedule.
    30 min.
  4. SUZUKI Yoichiro (ICRR, University of Tokyo). Low Energy Solar Neutrino and Dark Matter Detector by Using Liquid Xenon (XMASS).
    30 min.
Lunch.

Evening Session. 16:00 - 19:50

  1. SIMGEN Hardy (MPI für Kernphysik, Heidelberg). Radon Background in the BOREXINO Solar Neutrino Experiment.
    25 min.
  2. GOEGER-NEFF Marianne (Technische Universität München). Low Background Scintillator Tests in CTF/Borexino.
    25 min.
  3. KOZLOVA Julia P. (INR, Moscow). The Investigation of GaAs as a Possible Solar Neutrino Detector: Present Status.
    25 min.
  4. SHIKHIN Alexander A. (Baksan Neutrino Observatory, INR). Fast Neutrons Flux Background Measurements in SAGE.
    20 min.
Coffee Break.
  1. ABDURASHITOV Johnrid N. (INR, Moscow). High Resolution Fast Neutron Spectrometer.
    20 min.
  2. JAGEMANN Thomas (Technische Universität München). The CRESST Dark Matter Search.
    25 min.
  3. KUZMINOV Valery V. (Baksan Neutrino Observatory, INR). Background of Copper Proportional Counters Used for a New Stage of Search for Two Neutrino Double Beta Decay of Xe-136.
    25 min.
  4. KOVALENKO Vera E. (JINR, Dubna). Status of the NEMO-3 Double Beta Decay Experiment.
    25 min.
  5. LACHENMAIER Tobias (Technische Universität München). Development of Cryogenic Detectors for the Solar Neutrino Experiment GNO.
    25 min.
Dinner.

(Late Evening) Poster Session. 21:00 - 22:30

  1. VISSANI Francesco (INFN, Gran Sasso). On Statistical Approaches to Neutrino Mass Matrix.
  2. REZ Alexander I. (IZMIRAN, Troitsk, Moscow Region). Random Magnetic Fields in the Sun and the Solar Neutrino Problem.
  3. MIKHEEVA Elena V. (ASC, Lebedev Physical Institute). Cosmological Consequences of Massive Neutrino.
  4. BURDYUZHA Vladimir V. (ASC, Lebedev Physical Institute). Cosmological Consequences of the Preon Structure of Matter.
  5. SPIRIDONOV Vyacheslav P. (JINR, Dubna, and INR, Moscow). Solitons and 2D Lattice Coulomb Gases.
  6. BESHTOEV Hamidbi M. (JINR, Dubna). The Distinctive Feature of Weak Interactions and Some its Subsequences.
  7. PIROGOV Yuri F. (IHEP, Protvino, Moscow Region). Symplectic vs Pseudo-Euclidean Extra Dimensions.
  8. PAVLOVSKY Oleg V. (ITPM, Moscow State University). Sphaleron-like Solution in Non-Abelian Gauge Field Theory and Polarization Effects.
  9. DUMIN Yurii V. (IZMIRAN, Troitsk, Moscow Region). Influence of EPR (Einstein-Podolsky-Rosen) Correlations on Discrete Symmetry Breaking in Cosmological Phase Transitions.
  10. TCHITCHIKINA Margarita V. (Moscow State University). Group Variables in General Relativity.
  11. OVCHINNIKOV Boris M. (INR, Moscow). Low Background Mercury Shielding.
  12. CHERZOR Polina S. (INP, Moscow State University). Symbolic Calculation of Multiparticle Feynman Amplitudes.
  13. BEREZIN Victor A. (INR, Moscow). Quantum Black Holes.
  14. GUREVICH Grigorii M. (INR, Moscow). Spin Effects in Alpha and Spontaneous Decays of Oriented Nuclei: An Experiment Project.
  15. KUZMIN Vadim A. (INR, Moscow). Ultra-High Energy Cosmic Rays and Neutrino Astrophysics.
  16. KRASNIKOV Nikolay V. (INR, Moscow). New Methods and Projects in Field Theory and High-Energy Physics.
  17. STENKIN Yuri V. et al. (INR, Moscow). Compact Multicomponent Array for EAS Study.
  18. GANGAPSHEV A. M. et al. (Kabardino-Blakarian State University). The Study of Emission Properties of Surfaces Interface in Double Phase Detectors.
  19. SHOGENOV V. Kh. (Kabardino-Balkarian State University). Connection Between the Order of Fractional Differentiation with Fractal Dimension.
  20. SHOGENOV V. Kh. (Kabardino-Balkarian State University). On Interpretation of the Wave Function for One-Particle Klein-Gordon Equation.

XI-th International School

``PARTICLES AND COSMOLOGY''

Baksan Valley, Kabardino-Balkaria, Russian Federation

April 21, Saturday.

  1. Visit to the Baksan Neutrino Observatory.
  2. Round-Table Session of INTAS Projects and Results.

April 22, Sunday.

Evening Session. 16:00 - 19:45

  1. DUBOVSKY Sergei L. (INR, Moscow). Ultra-High Energy Cosmic Rays: Theoretical Prospective.
    45 min.
  2. STAROBINSKY Alexei A. (Landau Institute, Moscow). Unclustered Non-Baryonic Dark Matter in the Universe: Phenomenological Theory and Observations.
    45 min.
Coffee Break.
  1. KUBYSHIN Yuri A. (INP, Moscow State University). Models with Extra Dimensions and Their Phenomenology: Part II.
    45 min.
  2. GALTSOV Dmitri V. (Moscow State University). Introduction to Branes.
    45 min.
  3. GOUVERNEUR Yves (Université Libre de Bruxelles). Neutrino and Large Extra Dimensions.
    25 min.
Dinner.

Late Evening Session. 21:00 - 22:40

  1. MIROSHNICHENKO Leonty I. (IZMIRAN, Troitsk, Moscow Region). Astrophysical Aspects in the Study of Solar Cosmic Rays.
    20 min.
  2. LOPES BENTO Luis Filipe (CFN, Univ. de Lisboa). A Leptogenesis Mechanism.
    20 min.
  3. SEMIKOZ Victor B. (IZMIRAN, Troitsk, Moscow Region). Neutrino Kinetics in Magnetized Dense Plasma.
    20 min.
  4. PIROGOV Yuri F. (IHEP, Protvino, Moscow Region). Kinematics of Neutrino Mixing.
    20 min.
  5. RASHBA Timur I. (IZMIRAN, Troitsk, Moscow Region). Neutrino Spin-Flavor Conversion in the Solar MHD Model.
    20 min.

April 23, Monday.

Evening Session 16:00 - 19:30

  1. GOODMAN Maury (Argonne National Laboratory). Results from SOUDAN-2.
    45 min.
  2. NOVOSELTSEV Yuri F. (Baksan Neutrino Observatory, INR). Search for Magnetic Monopole at Baksan Underground Scintillation Telescope.
    25 min.
  3. BOLIEV Musa M. (Baksan Neutrino Observatory, INR). High Energy Neutrino Experiment at Baksan Underground Scintillation Telescope.
    25 min.
Coffee Break.
  1. KARPOV Sergey N. (Baksan Neutrino Observatory, INR). The Cosmic Rays Muon Intensity Variations Connected with the Moon and the Sun.
    25 min.
  2. PODDUBNY Valery Ya. (Baksan Neutrino Observatory, INR). Search for Optical Counterparts of Gamma-Ray Bursts at Peak Terskol Observatory 2-M Telescope.
    25 min.
  3. STENKIN Yuri V. (INR, Moscow). Study of Neutron Bursts with Baksan Array.
    25 min.
  4. MOTTA Dario (MPI für Kernphysik, Heidelberg). Expected Response of the LENS Detector to Scintillation Signal.
    25 min.
Dinner.

Late Evening Session. 21:00 - 22:40

  1. TKACHOV Fyodor V. (INR, Moscow). Quasi-Optimal Observables: Attaining the Quality of Maximal Likelihood in Parameter Estimation When Only a MC Event Generator is Available.
    20 min.
  2. KHOKONOV Azamat Kh. (Kabardino-Balkarian State University). The Tunneling and Vacuum Instability Study Beyond Instanton Gas Model.
    20 min.
  3. LALAKULICH Olga D. (Rostov-Don State University). Some Distinctive Properties of the Electroweak Phase Transition in Two-Higgs-Doublet Standard Model.
    20 min.
  4. IGNATIEV Vyacheslav B. (Moscow State University). Stochastic GW Background from Coalescing Binary NS.
    20 min.
  5. KULAGIN Victor V. (Sternberg Inst., Moscow State University). Sensitivity for Low Frequency Gravitational Wave Detection via Doppler Tracking of RadioAstron Satellite.
    20 min.

April 24, Tuesday.

Morning Session. 09:30 - 13:20

  1. LASSERRE Thierry (MPI für Kernphysik, Heidelberg). Results of the EROS2 Experiment: Not Enough Stellar Mass MACHO's in Our Galactic Halo.
    25 min.
  2. CERNA Cedric (INFN, Padova). MUNU Experiment Preliminary Results, and Low Energy Neutrino Detection with Time Projection Chamber.
    25 min.
  3. VASHENYUK Eduard V. (Polar Geophysical Institute, Apatity). High-Energy Solar Cosmic Rays.
    25 min.
  4. POSTNOV Konstantin A. (Moscow State University). Gamma-Ray Bursts: Super-Explosions in the Universe and Related High-Energy Phenomena.
    25 min.
Coffee Break.
  1. BUGAEV Edgar V. (INR, Moscow). Extragalactic Neutrino Background from Evaporation of Primordial Black Holes.
    25 min.
  2. CHECHETKIN Valery M. (Institute for Applied Mathematics, Moscow). Hard Neutrino Spectra from Explosions of Supernovae with Large-Scale Hydrodynamic Instabilities.
    25 min.
  3. GIUNTI Carlo (INFN, Torino). Quantum Mechanics of Neutrino Oscillations.
    25 min.
Lunch.

Evening Session. 16:00 - 19:45

  1. KIRSANOV Mikhail M. (CERN and INR, Moscow). Search for Isosinglet Heavy Neutrinos Mixing to Tau Neutrino.
    30 min.
  2. ZHELEZNYKH Igor M. (INR, Moscow). Prospects of Radiowave and Hydroacoustic Detection of Ultra-High and Super-High Energy Cosmic Neutrinos.
    30 min.
  3. RUDENKO Valentin N. (Sternberg Inst., Moscow State University). Modern Program of Searching for Gravitational Waves.
    30 min.
Coffee Break.
  1. LASSERRE Thierry (MPI für Kernphysik, Heidelberg). Status of the LENS Project.
    40 min.
  2. SUZUKI Yoichiro (ICRR, University of Tokyo). Multi-Megaton Proton Decay Detector (TITANIC).
    40 min.

*** Closing of the School. ***



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