Picturesque views of the double-headed white giant Elbrus and 
nearby mountains provide a unique creative atmosphere for the 
School's scientific programme to be full-fledged

April 19, Monday.

Morning Session. 10:00 - 13:30

1. *** Opening and Welcome Addresses.
   Break.
   
   
2. A. A. SLAVNOV (Steklov Math. Institute, Moscow). Development of Quantum Gauge Field Theory: A Historical Overview.
   45 min.

1. A. M. CHEREPASHCHUK (Sternberg Astron. Inst., Moscow State Univ.). Black Hole Binaries.
   45 min.
2. D. I. KAZAKOV (JINR, Dubna). Search for the Higgs Boson and SUSY Particles at Existing and Future Accelerators: An Introduction.
   45 min.

Evening Session. 16:00 - 19:15

1. F. DYDAK (CERN). Neutrino Oscillations: Reactor Experiments.
   45 min.
2. M. M. KIRSANOV (INR, Moscow and CERN). Current Status of Neutrino Oscillation Searches at Accelerators.
   45 min.

1. S. SORRENTINO (Univ. di Napoli ``Federico II''). Status of CHORUS Experiment.
   30 min.
2. A. V. KOVZELEV (INR, Moscow and CERN). Recent NOMAD Results.
   30 min.
3. M. SERIN-ZEYREK (Middle East Tech. Univ., Ankara). The Analysis of Neutrino Induced Charm Production in CHARM-II Experiment.
   30 min.

April 20, Tuesday.

Evening Session. 16:00 - 19:45

1. V. N. LUKASH (ASC, Lebedev Phys. Institute, Moscow). Modern Trends in Cosmology.
   45 min.
2. A. COHEN (Boston University). CP Violation and Baryogenesis.
   45 min.

1. M. V. SAZHIN (Sternberg Astron. Inst., Moscow State Univ.). Anisotropy of the Relic Electro-Magnetic Background.
   30 min.
2. M. E. PROKHOROV (Sternberg Astron. Inst., Moscow State Univ.). Cosmological Supernovae.
   30 min.
3. E. MOTTOLA (Los Alamos National Laboratory). An Infrared Conformal Fixed Point for Quantum Gravity and the Screening of the Cosmological `Constant'.
   40 min.
4. D. V. SEMIKOZ (INR, Moscow). Neutrino Oscillations and Big-Bang Nucleosynthesis.
   20 min.

Late Evening Session. 21:00 - 22:50

1. L. BENTO (CFN, Universidade de Lisboa). Neutrinos and Classical Nambu-Goldstone Fields.
   30 min.
2. N. V. MIKHEEV (Yaroslavl University). Electron-Neutrino Processes in Plasma and Strong Magnetic Field.
   20 min.
3. A. COHEN (Boston University). Theoretical Constraints on Dynamical Symmetry Breaking.
   20 min.
4. A. Kh. KHOKONOV (Kabardino-Balkarian State Univ.). Instanton Induced Amplitudes in Quantum Cosmology and Field Theory within Path Integral Simulation.
   20 min.
5. V. Kh. SHOGENOV (Kabardino-Balkarian State Univ.). Generalized Equation for Relativistic Particles Carrying Through Classical Plasma.
   20 min.

April 21, Wednesday.

Morning Session. 09:30 - 13:30

1. J. S. NICO (National Inst. of Standards and Technology). Solar Neutrino Results from SAGE.
   45 min.
2. P. S. WILDENHAIN (University of Pennsylvania). Chlorine and Iodine Detectors at Homestake.
   45 min.

1. A. HIME (Los Alamos National Laboratory). Neutral Current Detection in the Sudbury Neutrino Observatory.
   45 min.
2. J. M. BOUCHEZ (DAPNIA/SPP, CEA-Saclay). The LENS Project on Solar Neutrino Spectroscopy at Low Energy.
   45 min.
3. T. J. BOWLES (Los Alamos National Laboratory). A GaAs Detector for Dark Matter and Solar Neutrino Research.
   45 min.

Evening Session. 16:00 - 19:30

1. F. VON FEILITZSCH (Technische Universität München). Experimental Developments on Solar Neutrino Spectroscopy and Search for Dark Matter.
   45 min.
2. H. MINAKATA (Tokyo Metropolitan University). What Types of 3-Flavor Nu-Mixing Patterns are Allowed with Solar, Atmospheric and Reactor/Accelerator Data? - Part I.
   45 min.

1. C. GIUNTI (INFN, Sezione di Torino). Four-Neutrino Mixing.
   30 min.
2. D. MONDEREN (ULB Université Libre de Bruxelles). Boron Abundance and Solar Neutrino Spectrum Distortion.
   30 min.
3. V. B. SEMIKOZ (IZMIRAN, Troitsk). Solar Neutrino Propagation in Noisy Matter and the MHD Origin of Matter Noise in the Sun.
   20 min.
4. T. I. RASHBA (IZMIRAN, Troitsk). Resonant Spin-Flavor Precession Solution to the Solar Neutrino Problem and Electron Antineutrino from the Sun.
   20 min.

April 22, Thursday.

Visit to the

Baksan Neutrino Observatory

April 23, Friday.

Morning Session. 09:30 - 13:30

1. M. NAKAHATA (Kamioka Observatory, ICRR, Univ. of Tokyo). Results from Super-Kamiokande.
   60 min.
2. A. GRILLO (INFN, Gran Sasso National Laboratory). The Atmospheric Neutrino Problem: MACRO Results.
   45 min.

1. C. GUSTAVINO (INFN, Gran Sasso National Laboratory). The LNGS Atmospheric Neutrino Program.
   30 min.
2. V. N. ZAKIDYSHEV (INR, Baksan Neutrino Observatory). Measuring the Neutrino Flux by the Baksan Underground Neutrino Telescope.
   30 min.
3. N. J. TAGG (University of Guelph). High Energy Physics in the Sudbury Neutrino Observatory.
   30 min.
4. M. C. GONZALEZ-GARCIA (IFIC, Valencia University). Solutions to the Atmospheric Neutrino Problem.
   30 min.

Evening Session. 16:00 - 19:30

1. A. A. SMOLNIKOV (INR, Baksan Neutrino Observatory). Search for Inelastic Interaction of WIMP with Excitation of Ge-73.
   20 min.
2. S. B. OSETROV (INR, Baksan Neutrino Observatory). Search for WIMPs with Germanium Detectors.
   20 min.
3. P. BELLI (INFN - Sezione Roma-2). Particle Dark Matter Direct Search.
   30 min.
4. V. V. KUZMINOV (INR, Baksan Neutrino Observatory). New Limit for the Half-Life of 2K (2Nu) Capture Decay Mode of Kr-78.
   20 min.
5. N. Ya. OSETROVA (INR, Baksan Neutrino Observatory). Shape of the C-14 Beta Spectrum in the Proportional Counter.
   20 min.

1. K. A. POSTNOV (Sternberg Astron. Inst., Moscow State Univ.). Review of Astrophysical Sources of Gravitational Wave Radiation.
   30 min.
2. V. N. RUDENKO (Sternberg Astron. Inst., Moscow State Univ.). Review of the Gravitational Wave Experiment.
   30 min.
3. V. K. MILYUKOV (Sternberg Astron. Inst., Moscow State Univ.). Specifics of the Stochastic Deformation Background According to the Baksan Interferometer Data.
   30 min.

April 24, Saturday.

Evening Session 16:00 - 19:30

1. H. MINAKATA (Tokyo Metropolitan University). What Types of 3-Flavor Nu-Mixing Patterns are Allowed with Solar, Atmospheric and Reactor/Accelerator Data? - Part II.
   45 min.
2. Z. G. BEREZHIANI (Univ. L'Aquila). Theoretical View on Neutrino Masses and Mixing.
   45 min.

1. V. K. EREMIN (Ioffe PTI, St. Petersburg). Present Status of GaAs Detector Development.
   20 min.
2. V. V. IANOVSKI (LNPI, St. Petersburg). New Experimental Possibilities for Searches for Massive Magnetic Monopole.
   30 min.
3. A. Kh. APSHEV et al. (Kabardino-Balkarian State Univ.). Double Phase Detector for Neutrino and Dark Matter Detection at Low Background Conditions of the Baksan Neutrino Observatory.
   20 min.
4. J. N. ABDURASHITOV, T. V. IBRAGIMOVA and A. V. KALIKHOV (INR). Track Restore Technique (RST) Applied to Analysis of Waveform of Voltage Pulse in SAGE Proportional Counters.
   20 min.

Late Evening Session. 21:00 - 23:10

1. T. E. HAGNER (Technische Universität München). Report on the Muon Identification System for BOREXINO.
   30 min.
2. A. A. SHIKHIN (INR, Baksan Neutrino Observatory). Events Registration in a Fast Neutron Spectrometer.
   20 min.
3. G. L. ANGLOHER (Technische Universität München). Developments of Cryogenic Detectors for Astro-Particle Physics.
   20 min.
4. V. V. GORBACHEV (INR, Baksan Neutrino Observatory). Some Questions of Proportional Counters Background Origin Used for Ge-71 Decay Measurements in SAGE.
   20 min.
5. O. S. ZABORSKAYA (INR, Moscow). Preliminary Results of Measurements of Efficiency of Some Rock Samples as Shielding from Fast Neutrons (LBL BNO).
   20 min.
6. M. Kh. KHOKONOV (Kabardino-Balkarian State Univ.). Electromagnetic Processes Cross Section Enhancement for Photons and Electrons Penetrating Through Aligned Crystals with Energies Above 100 GeV.
   20 min.

April 25, Sunday.

Morning Session. 09:30 - 13:30

1. M. TESHIMA (ICRR, University of Tokyo). The Highest Energy Cosmic Rays.
   45 min.
2. V. B. PETKOV (INR, Baksan Neutrino Observatory). A Measurement of the EAS Muon Size Spectrum Around the ``Knee''.
   30 min.
3. Yu. F. NOVOSELTSEV (INR, Baksan Neutrino Observatory). About the Character of the ``Knee'' at E ~ 3x10^15 eV in the Energy Spectrum and the Mass Composition of Primary Cosmic Rays in the Energy Range 10^15 - 10^17 eV.
   30 min.

1. P. G. TINYAKOV (INR, Moscow). Ultra-High Energy Cosmic Rays and Particle Physics.
   30 min.
2. D. A. KOMPANEETS (ASC, Lebedev Phys. Institute, Moscow). Gamma-Ray Bursts.
   45 min.
3. V. I. DOKUCHAEV (INR, Moscow). On the Origin of Gamma-Ray Bursts.
   30 min.

Evening Session. 16:00 - 19:30

1. I. A. BELOLAPTIKOV (JINR, Dubna). Baikal Deep-Underwater Neutrino Experiment.
   30 min.
2. I. M. ZHELEZNYKH (INR, Moscow). Hydroacoustical Array Near Kamchatka as a Qubic Km-Scale Neutrino Telescope.
   30 min.
3. Yu. A. KAMYSHKOV (University of Tennessee). KamLAND Experiment in Preparation.
   30 min.

1. F. DYDAK (CERN). Neutrino Oscillations: The Neutrino Factory Potential.
   45 min.
2. V. A. RUBAKOV (INR, Moscow). New Trends in Grand Unification.
   45 min.

*** Closing of the School. ***