Message-Id: <200206142238.HAA12487@neutrino.kek.jp> To: opc.nuint01 cc: editors.nuint01 Subject: NuInt01 Proceedings Date: Sat, 15 Jun 2002 07:38:30 +0900 From: Makoto Sakuda <sakuda@neutrino.kek.jp> Dear OPC/Editors of NuInt01, I am sending you the status of the NuInt01 Proceedings. Currently, we have 70% of the Proceedings. More than 5 people answered that they would send the paper within this week. I plan to hold the last NuInt01 meeting in early July after asking your schedule when we complete the Proceedings. (Date after NuFACT02) Some of you will be busy on preparing talks at NuFACT02. Dave, you are setting up a meeting for NuInt02. Do you plan to have a meeting before or after NuFACT02? We can merge into one meeting. We need to write the following: 1. Preface 2. Workshop Organization Science Advisory Committee Organining and Program Committee 3. Contents (Program and page number) 4. (Papers) 5. List of Participants In addition, two papers were sent to us with text files and a set of hand-written figures, without being processed with the style file. Figures were scanned and they will be processed. We need to update the preface reflecting the outcome of the NuInt01 Workshop. This will be updated by Editors (Sakuda,Morfin,Suzuki). 2.-5. can be done soon at KEK. Item 4 can be done after we have all the papers. Regards, Makoto Sakuda Preface: The discovery of muon-neutrino oscillations in atmospheric neutrinos by the Super-Kamiokande (SK) experiment has triggered many proposals for neutrino oscillation experiments using conventional low-energy neutrino beams for precise determination of the oscillation parameters. The K2K long-baseline neutrino oscillation experiment uses a neutrino beam with <E_nu> = 1.3 GeV interacting with nuclei in the Super-K detector. Neutrino experiments now running or under construction including K2K, MiniBOONE, MINOS, ICARUS and OPERA are designed to confirm and to elucidate the neutrino oscillations phenomenon and to provide more precise measurement of the oscillations parameters. As the experiments collect more data, the contribution of systematic errors may become more significant in the oscillation analysis. Important sources of the systematic errors are the uncertainty in the neutrino-nucleus cross sections and subsequent nuclear effects in the few GeV energy region such as Pauli blocking, nucleon binding, pion absorption, nuclear correlations, and final-state interactions. Since more precise knowledge of neutrino-nucleus interactions in the few GeV region will also be of vital importance in the future neutrino oscillation experiments at JHF-Kamioka, Fermilab/MINOS and CNGS, as well as future atmospheric neutrino experiments and next generation proton-decay experiments, now is a reasonable time to organize an international workshop on this subject. The purpose of this workshop is to form and develop a strong community of nuclear and high-energy physicists in order to meet the many challenges in current neutrino physics. By examining our knowledge of this subject and noting where theoretical and experimental expertise is needed, international effort can be more efficiently applied to the problem. Note that an additional benefit of this effort may be the establishment of a new field of nuclear physics using neutrino beams as well as electron beams for precise measurements of lepton-nucleus interactions. Workshop Organization SCIENTIFIC ADVISORY COMMITTEE Y. Akaishi (KEK) H. Gallagher (Minnesota) W. Haxton (Washington) C. K. Jung (SUNY) T. Kajita (ICRR) K. Kaneyuki (ICRR) E. Kearns (Boston) K. Kubodera (South Carolina) K. Langanke (Aarhus) W. A. Mann (Tufts) M. Nakahata (ICRR) K. Nishikawa (Kyoto) V. Palladino (INFN, Naples) V. R. Pandharipande (Illinois) L. Stodolsky (Max Plank) H. Toki (RCNP, Osaka) Y. Totsuka (ICRR) P.Vogel (Caltech) ORGANIZING AND PROGRAM COMMITTEE D. Casper (UCI) Y. Hayato (KEK) T. Ishida + (KEK) Y. Itow + (ICRR) P. Lipari (INFN-Rome) J. Morfin * (Fermilab) K. Nakamura (KEK) A. Para (Fermilab) M. Sakuda * (KEK) R. Seki (CSUN/Caltech/KEK) Y. Suzuki * (ICRR) C. Walter (Boston) *: co-chair +: secretary Welcome address H. Sugawara (KEK) Session 1. Objectives and Motivations (Chair: Sakuda 09:00- / Akaishi 13:25-) Precise measurement of neutrino oscillations and the systematic errors of the neutrino-nucleus interactions Overviews and K2K/JHF Y. Itow (ICRR) Physics-related uncertainties of the oscillations results from MINOS A.Para Tau appearance and CNGS M. Komatsu (Nagoya U) The difference between nu_mu and nu_mu_bar cross sections and the effect on CP measurement in superbeam and neutrino factory Determination of neutrino oscillation parameters with atmospheric neutrinos and the effect of neutrino-nucleus interactions K. Kaneyuki (ICRR) Supernova K. Langanke (Aarhus) Leptogenesis with Majorana Neutrinos E. Paschos (Dortmund) Structure functions of the nucleon and nuclei in neutrino interactions S. Kumano (Saga U) Session 2. Theoretical Issues of Neutrino-Nucleus Interactions and Nuclear Effects (Chair: Morfin) (Nuclear effects in electron-nucleus interactions theory) Many-body theory of e-Nucleus interactions V. Pandharipande(Illinois) Insight into non-perturbative structure of nucleons and nuclei with neutrinos A. W. Thomas (U.Adelaide) Resonance region to DIS, q-hadron duality S. Wood (JLAB) Modeling DIS Lepton-Nucleon Scattering at all Q2, Higher Twist, NNLO terms and Nuclear Effects A.Bodek (Rochester) Electroweak form factors S.-K. Singh (Aligarh Muslim U) Reception 2nd day: December 14th (Friday) Session 3. Theoretical Issues of Neutrino-Nucleus Interactions and Nuclear Effects (Chair: Walter) (Neutrino-Nucleus interactions) Low Energy Electron-Nucleus DIS Experiments at JLab and Hermes E. Kinney (Colorado) Neutrino Interactions at low and medium energies E.Paschos (Dortmund) Effects of the nuclear correlations on the neutrino-nucleus interaction J. Marteau (Lyon, IPN) Session 4. Overview of the existing and new data on neutrino-nucleus interactions and their uncertainties (Chair: Walter 10:45-, Itow 13:10-) Low multiplicity final states in neutrino interaction at low energy -- SKAT results V. Ammosov (IHEP) Compilation of existing data (Sub-GeV region) before SKAT M.Sakuda (KEK) Total cross sections and structure functions for neutrino interactions in 3-30 GeV energy range and near plans for 1-5 GeV energy range A. Vovenko (IHEP) A study of nuclear effects in neutrino interactions with the NOMAD detector M. Veltri (INFN, Firenze) CC inclusive distributions from K2K near detector T. Ishida (KEK) Study of quasi-elastic events and nuclear effects with K2K fine-grain detector C.Walter (Boston) New NC data from K2K 1kt water Chrenkov Detector C. Mauger (SUNY) Study of neutrino backgrounds to nucleon decay searches using K2K 1kton detector data S. Mine (UCI) Informal meeting on MC generators Informal meeting on Benchmark calculations 3rd day: December 15th (Saturday) Session 5. MC generators and Theoretical Calculations Session 5-1. Comparison of MC generators (Chair: Casper) Session 5-1 was at R345, 3rd floor in the same (KEK 4th) building. 08:50 Introduction and NUANCE D. Casper (UCI) NEUT (SuperK/K2K) Y. Hayato (KEK) CHORUS I. Tsukerman (CERN) Nomad/Icarus A. Rubbia (ETH Zurich) Icarus F.Canvana (L'Aquila) Neugen (MINOS/Soudan II) H. Gallagher (Tufts) MiniBooNE G. Mills (LANL) Nabucco(OPERA) J. Marteau (Lyon, IPN) Summary of MC generators D.Casper Session 5-2. Benchmarck theoretical calculations (Chair: Seki) Seminar Hall (Bldg.No.4) G. Martinez-Pinedo H. Nakamura J. Marteau G. Co' S.-K. Singh E. Pascos P. Lipali Session 6. Panel Discussion (Chair: Seki/Casper) Summary of comparison of benchmark calculations R.Seki Fermi gas G. Miller Correlation/final-state interactions V. Padharipande Pion production S. Wood Current conservation and exchange current K. Kubodera The universal neutrino-nucleus MC code D. Casper New NuTeV result on sin2(theta_W) K. McFarland (Rochester) Session 7. Future experiments and facilities (Chair: Para) Merits/disadvantages of the existing neutrino beams (K2K, CERN, FNAL-Booster, FNAL-NuMI,....) A. Rubbia (ETH Zurich) New near detector of K2K, its physics goals and potential A.Ichikawa (Kyoto) Experimentation at JLAB: what are the existing facilities/experiments, potential for modifications and upgrades, potential for new initiatives S. Wood (JLAB) Near detector station at NuMI: overview and presentation of NuMI neutrino scattering experiment proposal to be submitted to Fermilab PAC in 2002 J. G. Morfin (FNAL) Small ICARUS' detector as potential technique for studies of low energy neutrino interactions F. Cavanna (l'Aquila) Summary and Goals for the next NuInt02 P. Lipari (INFN-Rome)
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