A Conference is one thing, its Proceedings is another issue. The 1976 Neutrino Conference at Aachen met with friendly approval, within and beyond the brotherhood of neutrino physicists. The generally well informed "Frankfurter Allgemeine Zeitung" spoke of a "Sternstunde" of Science . . . And even without invoking the stars, we may register with some satisfaction that several important developments came to an end. "Charm is found!" - hailed Alvaro de Rujula the most spectacular event of the Conference. The organizers held this opinion even before, as is evidenced by the Conference badge: a…mehr
A Conference is one thing, its Proceedings is another issue. The 1976 Neutrino Conference at Aachen met with friendly approval, within and beyond the brotherhood of neutrino physicists. The generally well informed "Frankfurter Allgemeine Zeitung" spoke of a "Sternstunde" of Science . . . And even without invoking the stars, we may register with some satisfaction that several important developments came to an end. "Charm is found!" - hailed Alvaro de Rujula the most spectacular event of the Conference. The organizers held this opinion even before, as is evidenced by the Conference badge: a little aluminum tetra hedron, symbolizing the four quarks, and fastened by a three-coloured string. In fact, the history of the discovery of charm goes a long way back, perhaps even back to the first CERN neutrino experiment in 1963/64, when indications of charged lepton pairs were recognized - long before charm was taken serious. Muon pairs were established by the Harvard-Pennsylvania-WisconsinGroup in 1974, and correctly inter preted in terms of charm. At the Paris Neutrino Meeting in 1975 the BNL event came, confirming the con nection with strangeness and suggesting charm production to occur at quite low energies.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
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Inhaltsangabe
Opening of the Conference.- Welcome.- Opening of the Neutrino Conference in Aachen on June 8, 1976.- Grußwort des Rektors der RWTH Aachen.- 1. New Particles.- 1.1 in Neutrino Interactions.- New Features of Neutrino Physics as Observed in Fermilab Exp. 1A.- Charged Current Differential Distributions in the Caltech-Fermilab v-Experiment.- Search for Charmed Hadrons in Gargamelle.- The Search for New Phenomena with Neutrinos at Fermilab.- Neutrino Induced ?- e+ Events and the Charm Hypothesis.- Further Search for Muonic Pairs in the Neutrino and Antineutrino Beams at the IHEP 70 GeV Accelerator.- Dilepton Production by Neutrinos in Neon.- Charm and Particle Production in Neutrino Interactions.- A Neutrino Induced Dilepton Event in the ANL 12 Foot Bubble Chamber.- 1.2 New Particles in Strong Interactions.- Anomalous Lepton Production in Hadronic Collisions.- Charm Search in 19 GeV/c ?- p Exclusive Reactions.- Charm Search in p-N Collisions.- Search for "Charm" in Nuclear Emulsion.- Search for Charmed Particles in 14.75 GeV/c p?p Interactions.- Direct Muon Production in Proton-Nucleus Collisions at 70, 50 and 35 GeV.- Longitudinal Polarization Measurements on Direct Muons Produced in Proton-Nucleus Collisions.- 1.3 New particles in Electromagnetic Interactions.- Interpretation of Anomalous e? Events Produced in e+ e- Annihilation.- Observation of New Particles in e+ e- Annihilation at SPEAR.- New Results from DORIS.- 1.4 New Particles in Cosmic Ray Experiments.- Cosmic Ray Observation Deep Underground and further Analysis of the Evidence for the Production of New Particles.- 2. Weak Neutral Currents.- 2.1 Lepton-Lepton Interactions and Atomic Physics.- Detection of v?e-e Scattering.- Measurement of Muon-Neutrino and Antineutrino Scattering off Electrons.- PurelyLeptonic Currents.- Parity Violation in Atoms and Implications for Unified Models of Weak and Electromagnetic Interactions.- 2.2 Semihadronic Weak Neutral Currents (Experimental).- Neutral Current Induced Reactions in the Gargamelle Experiment.- Muonless ?0-Production by Muon-Neutrinos and -Antineutrinos.- A Measurement of the Neutral Current Coupling in Neutrino Inclusive Reactions.- Space-Time Structure of the Weak Neutral Current.- Observation of Elastic Neutrino and Antineutrino Scattering and Parity Violation in the Weak Hadronic Neutral Current.- Recent Results from Counter-Spark Chamber ? Experiment at BNL.- Neutral Current Interactions in Hydrogen and Deuterium.- The Characteristics of Neutral Current Interactions of Neutrinos in Hydrogen Using the Fermilab 15-ft. Bubble Chamber and External Muon Identifier.- 3. Deep Inelastic Lepton Nucleon Interactions.- 3.1 by Weak Charged Currents.- Scaling Variable Distributions for Neutrino-Proton Interactions in the Fermilab 15-ft. Bubble Chamber with External Muon Identifier.- Scaling Variable Distributions for Antineutrino-Nucleon Scattering in the 15-ft. Bubble Chamber at Fermilab.- Charged Current ? and ?? Interactions in Hydrogen and Deuterium.- Total Cross Sections and Integrated Structure Functions for Neutrino Interactions.- Measurement of an Effective Quark Mass from Inclusive Neutrino and Antineutrino Nucleon Reactions.- Quasi-Elastic Neutrino Scattering and the Axial Vector Form Factor.- 3.2 Electromagnetic Lepton-Nucleon Interactions.- Deep Inelastic Charged Lepton-Nucleon Scattering.- Inelastic Charged-Lepton Scattering off Nucleons.- 3.3 Quarks.- The Conventional Quark Picture.- Bag Models.- Field Theoretic Models of Quark Confinement.- 3.4 Panel Discussion on Quarks.- In Memoriam W. Heisenberg.-Memorial Session for Werner Heisenberg - Introduction.- In Memoriam W. Heisenberg.- 4. Theory.- 4.1 Weak and Electromagnetic Interactions.- Quarks and Partons.- Properties of Neutral Currents.- Open Problems in Weak Interaction Theory.- 4.2 Symmetries of Leptons and Hadrons.- Charm is Found.- Charmed Particle Production.- Broken Color Symmetry and Weak Currents.- Vectorlike Interactions of Leptons and Quarks.- Lepton-Hadron Unification.- 4.3 Neutrino Astrophysics.- Neutrino Transport in Collapsing Stars.- Solar Neutrinos - Cosmological Neutrinos.- High Energy Neutrinos from Supernova Explosion and Davis' Experiment.- 5. Properties of Leptons.- Testing the Muon Number Conservation Law in ??? + e- Interactions at High Energies.- Changes of Symmetries in Neutrino Reactions.- Measurement of the 3H Spectrum Aiming to Improve the Upper Limit for the Antineutrino Rest Mass.- A New Limit for the Electron Stability.- Status of the U.C. Irvine Double Beta Decay Experiment.- Neutrino Stability - Inverse Square Test.- 6. Future Projects.- Producing Massive Neutral Intermediate Vector Bosons with Existing Accelerators.- DUMAND: The Ocean as a Neutrino Detector.- 7. Summary Talk.- Status of Accelerator Neutrino Physics.- 8. Public Lecture.- Public Lecture on Neutrino Physics.- Neutrinos als Sonden zur Erforschung des Mikrokosmos.- 9. Anhang.- Der Dom zu Aachen.- Johann Sebastian Bach: Jesu, meine Freude, BWV 227 (1723).- List of Participants.
Opening of the Conference.- Welcome.- Opening of the Neutrino Conference in Aachen on June 8, 1976.- Grußwort des Rektors der RWTH Aachen.- 1. New Particles.- 1.1 in Neutrino Interactions.- New Features of Neutrino Physics as Observed in Fermilab Exp. 1A.- Charged Current Differential Distributions in the Caltech-Fermilab v-Experiment.- Search for Charmed Hadrons in Gargamelle.- The Search for New Phenomena with Neutrinos at Fermilab.- Neutrino Induced ?- e+ Events and the Charm Hypothesis.- Further Search for Muonic Pairs in the Neutrino and Antineutrino Beams at the IHEP 70 GeV Accelerator.- Dilepton Production by Neutrinos in Neon.- Charm and Particle Production in Neutrino Interactions.- A Neutrino Induced Dilepton Event in the ANL 12 Foot Bubble Chamber.- 1.2 New Particles in Strong Interactions.- Anomalous Lepton Production in Hadronic Collisions.- Charm Search in 19 GeV/c ?- p Exclusive Reactions.- Charm Search in p-N Collisions.- Search for "Charm" in Nuclear Emulsion.- Search for Charmed Particles in 14.75 GeV/c p?p Interactions.- Direct Muon Production in Proton-Nucleus Collisions at 70, 50 and 35 GeV.- Longitudinal Polarization Measurements on Direct Muons Produced in Proton-Nucleus Collisions.- 1.3 New particles in Electromagnetic Interactions.- Interpretation of Anomalous e? Events Produced in e+ e- Annihilation.- Observation of New Particles in e+ e- Annihilation at SPEAR.- New Results from DORIS.- 1.4 New Particles in Cosmic Ray Experiments.- Cosmic Ray Observation Deep Underground and further Analysis of the Evidence for the Production of New Particles.- 2. Weak Neutral Currents.- 2.1 Lepton-Lepton Interactions and Atomic Physics.- Detection of v?e-e Scattering.- Measurement of Muon-Neutrino and Antineutrino Scattering off Electrons.- PurelyLeptonic Currents.- Parity Violation in Atoms and Implications for Unified Models of Weak and Electromagnetic Interactions.- 2.2 Semihadronic Weak Neutral Currents (Experimental).- Neutral Current Induced Reactions in the Gargamelle Experiment.- Muonless ?0-Production by Muon-Neutrinos and -Antineutrinos.- A Measurement of the Neutral Current Coupling in Neutrino Inclusive Reactions.- Space-Time Structure of the Weak Neutral Current.- Observation of Elastic Neutrino and Antineutrino Scattering and Parity Violation in the Weak Hadronic Neutral Current.- Recent Results from Counter-Spark Chamber ? Experiment at BNL.- Neutral Current Interactions in Hydrogen and Deuterium.- The Characteristics of Neutral Current Interactions of Neutrinos in Hydrogen Using the Fermilab 15-ft. Bubble Chamber and External Muon Identifier.- 3. Deep Inelastic Lepton Nucleon Interactions.- 3.1 by Weak Charged Currents.- Scaling Variable Distributions for Neutrino-Proton Interactions in the Fermilab 15-ft. Bubble Chamber with External Muon Identifier.- Scaling Variable Distributions for Antineutrino-Nucleon Scattering in the 15-ft. Bubble Chamber at Fermilab.- Charged Current ? and ?? Interactions in Hydrogen and Deuterium.- Total Cross Sections and Integrated Structure Functions for Neutrino Interactions.- Measurement of an Effective Quark Mass from Inclusive Neutrino and Antineutrino Nucleon Reactions.- Quasi-Elastic Neutrino Scattering and the Axial Vector Form Factor.- 3.2 Electromagnetic Lepton-Nucleon Interactions.- Deep Inelastic Charged Lepton-Nucleon Scattering.- Inelastic Charged-Lepton Scattering off Nucleons.- 3.3 Quarks.- The Conventional Quark Picture.- Bag Models.- Field Theoretic Models of Quark Confinement.- 3.4 Panel Discussion on Quarks.- In Memoriam W. Heisenberg.-Memorial Session for Werner Heisenberg - Introduction.- In Memoriam W. Heisenberg.- 4. Theory.- 4.1 Weak and Electromagnetic Interactions.- Quarks and Partons.- Properties of Neutral Currents.- Open Problems in Weak Interaction Theory.- 4.2 Symmetries of Leptons and Hadrons.- Charm is Found.- Charmed Particle Production.- Broken Color Symmetry and Weak Currents.- Vectorlike Interactions of Leptons and Quarks.- Lepton-Hadron Unification.- 4.3 Neutrino Astrophysics.- Neutrino Transport in Collapsing Stars.- Solar Neutrinos - Cosmological Neutrinos.- High Energy Neutrinos from Supernova Explosion and Davis' Experiment.- 5. Properties of Leptons.- Testing the Muon Number Conservation Law in ??? + e- Interactions at High Energies.- Changes of Symmetries in Neutrino Reactions.- Measurement of the 3H Spectrum Aiming to Improve the Upper Limit for the Antineutrino Rest Mass.- A New Limit for the Electron Stability.- Status of the U.C. Irvine Double Beta Decay Experiment.- Neutrino Stability - Inverse Square Test.- 6. Future Projects.- Producing Massive Neutral Intermediate Vector Bosons with Existing Accelerators.- DUMAND: The Ocean as a Neutrino Detector.- 7. Summary Talk.- Status of Accelerator Neutrino Physics.- 8. Public Lecture.- Public Lecture on Neutrino Physics.- Neutrinos als Sonden zur Erforschung des Mikrokosmos.- 9. Anhang.- Der Dom zu Aachen.- Johann Sebastian Bach: Jesu, meine Freude, BWV 227 (1723).- List of Participants.
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