CONTENTS -- SPIN2004 -- Preface -- INTERNATIONAL SPIN PHYSICS COMMITTEE -- LOCAL ORGANIZING COMMITTEE -- Scientific Programme -- PLENARY TALKS -- Present Understanding of the Nucleon Spin Structure A. Metz -- 1. Introduction -- 2. Parton helicity distributions -- 2.1. Quark helicity distribution -- 2.2. Gluon helicity distribution -- 3. Generalized parton distributions and orbital angular momentum -- 4. Single spin asymmetries -- 5. Conclusions -- References -- DISCUSSION -- Understanding Transversity: Present and Future K Barone -- 1. General properties of transversity -- 2. k-dependent distributions related to transversity -- 3. Probing transversity -- 3.1. Semi-inclusive deep inelastic scattering -- 3.2. Pion hadroproduction -- 3.3. Drell- Yan processes -- 4. Conclusions and perspectives -- Acknowledgments -- References -- DISCUSSION -- Results and Future Prospects for Muon ( g - 2) B. L, Roberts -- 1. Theory of the Lepton Anomalies -- 2. Measurement of the muon anomaly -- 3. Summary and Conclusions -- Acknowledgments -- References -- DISCUSSION -- The Jefferson Lab Contribution to the QCD Spin Structure of the Nucleon M. Garcon -- 1. A window into the deep inelastic regime -- 2. Experimental equipment -- 3. Helicity dependent parton distributions -- 3.1. Inclusive scattering -- 3.2. Semi-inclusive scattering (SIDIS) and flavour decomposition -- 4. Tests of factorization in SIDIS -- 5. Transversity -- 6. Other single spin asymmetries (SSA) -- 7. Generalized parton distributions -- 7.1. Deeply virtual Compton scattering (DVCS) -- 7.2. Hard exclusive meson electroproduction -- 8. Conclusions -- References -- DISCUSSION -- Physics at HERMES D. Hasch -- 1. Introduction -- 2. Inclusive spin asymmetries -- 3. Flavour decomposition -- 4. Transverse spin asymmetries -- 5. Hard exclusive processes -- 5.1. Exclusive pion production.

5.2. Deeply-virtual Compton scattering (DVCS) -- 6. Prospects for HERMES spin physics -- References -- DISCUSSION -- Physics Results from COMPASS A. Bressan -- 1. Introduction -- 2. The COMPASS Apparatus -- 3. First Physics Results -- 3.1. Inclusive and Semi-Inclusive Asymmetries -- 3.2. Gluon polarization G/G -- 3.3. Collins and Sivers Effects -- 4. Conclusion -- References -- DISCUSSION -- First Results from RHIC Spin Program and Future Prospects N. Saito -- 1. Introduction -- 2. RHIC Spin Program -- 3. First Results from RHIC Spin Program -- 3.1. Precision test of perturbative QCD -- 3.2. Gluon polarization in the proton -- 3.3. Single transverse-spiii asymmetries -- 3.3.1. Inclusive hadmn production -- 3.3.2. pp and pC elastic scattering -- 3.3.3. Particle production in the extremely forward region -- 4. Summary -- Acknowledgment -- References -- Soft Spin Physics at Jefferson Laboratory R. De Vita -- 1. Physics Motivation -- 2. Experimental Setup -- 3. Sum Rules and Integrals of Spin Structure Functions -- 4. Duality in Spin Structure Functions -- 5. Higher Twist Contribution to Spin Structure Function -- 6. Summary and Outlook -- Acknowledgments -- References -- DISCUSSION -- Spin Physics in Nuclear Interactions K. Hatanaka -- 1. Introduction -- 2. Modification of NN Amplitude Studied by Exclusive Proton Knockout Reactions -- 3. Pionic Correlation in Spin Isospin Excitations -- 4. Few-Body System -- 5. Summary -- Acknowledgments -- References -- DISCUSSION -- Spin Physics in NN Interactions at Intermediate Energies B. volt Przewoski -- 1. Polarized Beam and Target in a Ring -- 1.1. Spin Dynamics -- 1.2. Polarized Internal Targets -- 1.3. Detector Considerations -- 2. Proton-Proton Elastic Scattering at IUCF and COSY -- 3. Meson Production in p+p Collisions -- 3.1. Pion Production Experiments at the Indiana Cooler.

3.2. Meson Production at COSY -- 4. Adding a Third Nucleon: p+d Reactions below the Pion Threshold -- 4.1. Proton-Deuteron Elastic Scattering -- 4.2. Physics Interest: the Three-Nucleon Force -- 4.3. Deuteron Break-up Reaction and Axial Observables -- 4.4. Measurement of Axial Observables at 135 MeV -- 4.5. p+d Reactions at GeV Energies -- 4.5.1. p+d Break-up -- 4.5.2. p+d Total Cross Section: Time Reversal Invariance -- 5. Summary and Outlook -- References -- DISCUSSION -- Speculations in Hadron Spectroscopy J. M. Richard -- 1. Introduction -- 2. Charmonium -- 3. Open-charm mesons -- 4. Double-charm baryons -- 5. Pentaquarks -- 6. Stability of multiquark states -- 7. Conclusions -- Acknowledgments -- References -- DISCUSSION -- V. W. Hughes: "To Learn Fundamental Things" 1921-2003 G. Bunce -- 1. "My Unprecocious Entry into Physics" -- 2. "World War II Years and Columbia Graduate School" -- 3. "Atomic Physics Research" -- 4. "Muonium" -- 5. "Polarized Leptons at High Energy" -- 6. "Muon g-2" -- 7. "An Administrative Addendum" -- Searches for Permanent Electric Dipole Moments - Some Recent Developments K. P. Jungmann -- 1. Introduction -- 2. Discrete Symmetries -- 3. Searches for Permanent Electric Dipole Moments -- 4. Some New Developments in the Field of EDM Searches -- 4.1. Radioactive Systems -- 4.2. Searches for EDMs in charged Particles -- 5. T-violation Searches other than EDMs -- 6. Conclusions -- 7. Acknowledgments -- References -- DISCUSSION -- Nucleon Form Factors K. de Jager -- 1. Introduction -- 2. Electromagnetic Form Factors -- 2.1. Experimental Results -- 2.2. Two-Photon Exchange -- 3. Form-Factor Behaviour at Low and at High Q2-values -- 3.1. Experimental Review and Outlook -- 3.2. Model Calculations -- 4. Strange Form Factors -- 5. Summary -- Acknowledgments -- References -- DISCUSSION.

Low Energy Tests of the Standard Model E. W. Hughes -- 1. Introduction -- 2. The Past -- 3. The Present -- 4. The Future -- 5. Acknowledgements -- References -- DISCUSSION -- Memorial L.D. Soloviev A. D. Krisch -- Experimental Status of the GDH Sum Rule H. Arends -- 1. Introduction -- 2. Experimental Setups -- 3. GDH Sum Rule for the Proton -- 4. Partial Reaction Channels -- 5. Deuteron Experiments -- 6. Summary and Outlook -- References -- DISCUSSION -- Spin Physics at GSI F. Rathmann -- 1. Physics Case -- 1.1. The transversity distribution -- 1.2. Magnetic and electric form factors -- 1.3. Hard scattering -- 2. Towards an asymmetric polarized antiproton-proton collider at FAIR -- 2.1. Phase I -- 2.2. Phase II -- 2.2.1. Asymmetric collider -- 2.2.2. High luminosity fixed target experiment -- 3. Conclusion -- Acknowledgments -- References -- DISCUSSION -- Polarized Structure Functions with Neutrino Beams S. Forte -- 1. Physics with neutrino beams -- 2. Deep-inelastic scattering with neutrino beams -- 2.1. Structure functions and parton distributions -- 2.2. Current data and future prospects -- 3. Polarized physics with neutrino beams -- 3.1. Pohrized DIS and the proton spin puzzle -- 3.2. The spin of the nucleon at a neutrino factory -- 4. Do we need a neutrino factory? -- Acknowledgments -- References -- DISCUSSION -- Status of Proton Polarization in RHIC and AGS W. W. Mackay -- 1. Introduction -- 2. Spin dynamics -- 3. The real machines -- 4. Status and future plans -- References -- DISCUSSION -- Summary of Parallel Sessions 1, Spin and Fundamental Symmetries, and 3, Spin Beyond Standard Model O. V. Teryaev -- 1. Introduction -- 2. Spin-related tests of new physics -- 3. Spin-related tests of fundamental symmetries -- 4. Alternative description of spin -- 5. Manifestation of symmetries in spin-related dynamical calculations.

6. Conclusions and outlook -- Acknowledgements -- References -- Summary of Parallel Session 2, The QCD Spin Structure of Nucleons G. K. Mallot -- 1. Introduction -- 2. Quark Helicity Distributions -- 3. Gluon Polarisation -- 4. Transverse Spin -- 5. Outlook -- References -- Summary of Parallel Session 8, Polarized Sources, Targets and Polarimetry T. Wise -- 1. Introduction -- 2. Electron sources -- 3. Polarized thermal velocity H and D targets -- 4. Proposed ion sources -- 5. Solid targets -- Summary of Parallel Session 7, Acceleration, Storage, and Polarimetry of PoIarized Protons A. Lehrach -- 1. Introduction -- 2. Acceleration, Storage, and Spin Flipping at Existing Facilities -- 3. Polarimetry -- 4. Spin Motion in Circular Machines -- 5. Plans for Polarized Beams at Future Machines -- 6. Highlights and Outlook -- Future Colliders A. Deshpande -- 1. Electron Ion Collider & Fundamental Questions in QCD -- 2. Physics with an Electron Ion Collider -- 3. Realization of the EIC at BNL: eRHIC -- 4. Realization of the EIC at Jlab: ELIC -- 5. A e-Alp Detector in the Next Decade -- 6. Concluding Remarks & An Invitation -- Acknowledgments -- References -- Concluding Remarks T. Roser -- WORKSHOP SUMMARIES -- Summary of the X Workshop on High Energy Spin Physics (NATO ARW DUBNA-SPIN-03) A. V. Efremov -- Summary of the 10th Workshop on Polarized Sources and Targets (PST2003) D. K. Toporkov -- Summary of the Advanced Studies Institute on Symmetries and Spin (Praha-Spin-2003 and Praha-Spin-2004) M. Finger -- 1. Introduction -- 2. ASI topics, scope and characteristic features -- 3. SPIN-Praha-2003, Prague, July 12-19,2003 -- 3.1. Obituary to Vernon W. Hughes -- 3.2. Lectures -- 3.3. Public lectures -- 3.4. Overview presentations related to the large spin physics experiments -- 3.5. Dedicated presentations -- 3.6. Neutrino and astrophysics session.

4. SPIN-Praha-2004, Prague, July 5-10,2004.